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Page 1: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

00/820

Page 2: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

Australian Geodynamics Cooperative Research

Centre

Convert 10 Palaeogeographic Atlasesfrom a ‘static’ CAD environment

to a ‘fully attributed’ GIS

Palaeogeographic Atlas Conversion

AGSO

00/821

Page 3: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO Palaeogeographic AtlasDepositional

Environments

LAND

MARINE

COASTALEnvironmentUnclassified

Environment Erosional

DepositionalUnclassified

Depositional Fluvial

Depositional Fluvial-Lacustrine

Depositional Lacustrine

Depositional Playa

Depositional Aeolian

Depositional Glacial

Depositional Paralic

Depositional inter-supra Tidal

Depositional Deltaic

Unclassified

Very shallow

Shallow

Bathyal-Abyssal

Abyssal

Shallow Abyssal

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Page 4: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

Australian GeodynamicsCooperative Research

Centre

PALAEOZOIC ERA

Palaeogeographic Atlas

AGSO

00/823

Page 5: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

Quaternary & Tertiary 7 Slices

AGSO Geological Time Scale10 Palaeogeographic Atlases

PH

AN

ER

OZ

OIC

ERAEON PERIOD

* CAINOZOIC

MESOZOIC

PALAEOZOIC

* Cretaceous 11 Slices

* Jurassic 10 Slices

* Triassic 6 Slices

* Permian 7 Slices

* Carboniferous 6 Slices

* Devonian 10 Slices

* Silurian 3 Slices

* Ordovician 4 Slices

* Cambrian 6 Slices

141

205

251

298

354

410

434

490

540

65

Ma

00/824

Page 6: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cambrian 100/825

Page 7: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cambrian 200/826

Page 8: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cambrian 300/827

Page 9: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cambrian 400/828

Page 10: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cambrian 500/829

Page 11: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cambrian 600/830

Page 12: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Ordovician 100/831

Page 13: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Ordovician 200/832

Page 14: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Ordovician 300/833

Page 15: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Ordovician 400/834

Page 16: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Silurian 100/835

Page 17: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Silurian 200/836

Page 18: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Silurian 300/837

Page 19: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 100/838

Page 20: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 200/839

Page 21: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 300/840

Page 22: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 400/841

Page 23: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 500/842

Page 24: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 600/843

Page 25: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 700/844

Page 26: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 800/845

Page 27: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 900/846

Page 28: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Devonian 1000/847

Page 29: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Carboniferous 100/848

Page 30: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Carboniferous 200/849

Page 31: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Carboniferous 300/850

Page 32: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Carboniferous 400/851

Page 33: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Carboniferous 500/852

Page 34: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Carboniferous 600/853

Page 35: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Permian 100/854

Page 36: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Permian 200/855

Page 37: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Permian 300/856

Page 38: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Permian 400/857

Page 39: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Permian 500/858

Page 40: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Permian 600/859

Page 41: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Permian 700/860

Page 42: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

Australian GeodynamicsCooperative Research Centre

MESOZOIC ERA

Palaeogeographic Atlas

AGSO

00/861

Page 43: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

Quaternary & Tertiary 7 Slices

AGSO Geological Time Scale10 Palaeogeographic Atlases

PH

AN

ER

OZ

OIC

ERAEON PERIOD

* CAINOZOIC

MESOZOIC

PALAEOZOIC

* Cretaceous 11 Slices

* Jurassic 10 Slices

* Triassic 6 Slices

* Permian 7 Slices

* Carboniferous 6 Slices

* Devonian 10 Slices

* Silurian 3 Slices

* Ordovician 4 Slices

* Cambrian 6 Slices

141

205

251

298

354

410

434

490

540

65

Ma

00/862

Page 44: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Triassic 100/863

Page 45: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Triassic 200/864

Page 46: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Triassic 300/865

Page 47: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Triassic 400/866

Page 48: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Triassic 500/867

Page 49: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Triassic 600/868

Page 50: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 100/869

Page 51: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 200/870

Page 52: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 300/871

Page 53: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 400/872

Page 54: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 500/873

Page 55: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 600/874

Page 56: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 700/875

Page 57: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 800/876

Page 58: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 900/877

Page 59: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Jurassic 1000/878

Page 60: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 100/879

Page 61: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 200/880

Page 62: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 300/881

Page 63: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 400/882

Page 64: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 500/883

Page 65: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 600/884

Page 66: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 700/885

Page 67: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 800/886

Page 68: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 900/887

Page 69: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 1000/888

Page 70: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cretaceous 1100/889

Page 71: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

Australian GeodynamicsCooperative Research Centre

CAINOZOIC ERA

Palaeogeographic Atlas

AGSO

00/890

Page 72: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

Quaternary & Tertiary 7 Slices

AGSO Geological Time Scale10 Palaeogeographic Atlases

PH

AN

ER

OZ

OIC

ERAEON PERIOD

* CAINOZOIC

MESOZOIC

PALAEOZOIC

* Cretaceous 11 Slices

* Jurassic 10 Slices

* Triassic 6 Slices

* Permian 7 Slices

* Carboniferous 6 Slices

* Devonian 10 Slices

* Silurian 3 Slices

* Ordovician 4 Slices

* Cambrian 6 Slices

141

205

251

298

354

410

434

490

540

65

Ma

00/891

Page 73: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSOAGSO

Cainozoic 100/892

Page 74: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSOAGSO

Cainozoic 200/893

Page 75: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cainozoic 300/894

Page 76: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cainozoic 400/895

Page 77: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cainozoic 500/896

Page 78: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cainozoic 600/897

Page 79: 00/820 Australian Geodynamics Cooperative Research Centre Convert 10 Palaeogeographic Atlases from a ‘static’ CAD environment to a ‘fully attributed’

AGSO

Cainozoic 700/898

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00/899