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Australasian Fossils: A Students' Manual of Palaeontology

Chapter 3: PREFACE.
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This manual presents fundamentals of fossil study—definitions, uses, classification, geological time scales, and methods for locating fossils and interpreting their rock contexts—followed by a systematic survey of fossil groups found in Australasia, including plants, foraminifera and radiolaria, sponges, corals, brachiopods, molluscs, echinoderms, arthropods, and vertebrates. Each section outlines morphology, stratigraphic range, and identification features, and the work includes numerous plates, figures, and an appendix with practical guidance on collecting and preserving specimens.

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Title: Australasian Fossils: A Students' Manual of Palaeontology

Author: Frederick Chapman

Author of introduction, etc.: Ernest Willington Skeats

Release date: March 16, 2019 [eBook #59074]

Language: English

Credits: Produced by MFR, Tom Cosmas and the Online Distributed
Proofreading Team at http://www.pgdp.net (This file was
produced from images generously made available by The
Internet Archive)

*** START OF THE PROJECT GUTENBERG EBOOK AUSTRALASIAN FOSSILS: A STUDENTS' MANUAL OF PALAEONTOLOGY ***

BY THE SAME AUTHOR.

The Foraminifera

An Introduction to the Study of the Protozoa

by

FREDERICK CHAPMAN, A.L.S., F.R.M.S.

This book has been written with a view of
meeting a demand which has arisen for a concise
account of the Foraminifera, suited to the
requirements of the student of Natural History
and Palaeontology.

With 14 plates and 42 illustrations in the Text.

DEMY 8vo. CLOTH, 10s. 6d.

A FOSSIL CRINOID
(Helicocrinus plumosus), about 5/6 nat. size,
in Silurian Mudstone, Brunswick, Victoria.

(Spec. in Nat. Mus., Melbourne).

Australasian Fossils

A Students’ Manual of Palaeontology

By FREDERICK CHAPMAN,

Palaeontologist to the National Museum, Melbourne.

Formerly Assistant in the Geological Department of the Royal College of Science, London.

Assoc. Linnean Soc. [Lond.], F.R.M.S., etc.

Author of “The Foraminifera,” “A Monograph of the Silurian Bivalved Mollusca of Victoria,” “New or Little-known Victorian Fossils in the National Museum,” etc.

With an Introduction by

PROFESSOR E. W. SKEATS, D.Sc., F.G.S.

GEORGE ROBERTSON & COMPANY PROPY. LTD.,

Melbourne, Sydney, Adelaide, Brisbane and London.

1914.

To

PROFESSOR JOHN WESLEY JUDD

this work is dedicated as a
slight tribute of esteem, and
in grateful acknowledgement
of kindly help and encouragement
through many years.


CONTENTS.


Page
Preface 10
Introduction by Professor E. W. Skeats, D.Sc., F.G.S. 13

PART I.—GENERAL PRINCIPLES.

Chap. I. —Nature and uses of Fossils 21
" II. —Classification of Fossil Animals and Plants 34
" III. —The Geological Epochs and Time-range of Fossils 41
" IV. —How Fossils are Found, and the Rocks They Form 51

PART II.—SYSTEMATIC PALAEONTOLOGY.

Chap. V. —Fossil Plants 82
" VI. —Fossil Foraminifera and Radiolaria 95
" VII. —Fossil Sponges, Corals and Graptolites 107
" VIII. —Fossil Starfishes, Sea-lilies and Sea-urchins 133
" IX. —Fossil Worms, Sea-mats and Lamp-shells 152
" X. —Fossil Shell-fish 174
" XI. —Fossil Trilobites, Crustacea and Insects 220
" XII. —Fossil Fishes, Amphibians, Reptiles, Birds and Mammals 257

Appendix.—Notes on Collecting and Preserving Fossils 315
Index 321

LIST OF ILLUSTRATIONS.

Fig. Page
1. Fossil Shells in clay 22
2. Tracks, probably of Crustaceans 22
3. Structure of Silicified Wood in tangential section: Araucarioxylon Daintreei, Chapm. 24
4. Portrait of William Smith 26
5. Raised Beach: Brighton, England 28
6. Raised Beach: Torquay, Victoria 28
7. Marine Fossils in Volcanic Tuff: Summit of Snowdon 29
8. Kitchen Middens: Torquay, Victoria 30
9. Submerged Forest on the Cheshire Coast 30
10. Pecten murrayanus, Tate. A fossil shell allied to a living species 32
11. Cliff section: Torquay, Victoria 42
12. Diagram of superposition of Strata 42
13. Diagram of the Range-in-time of Australasian Fossils 50
14. Diprotodon skeletons in situ: Lake Callabonna, S. Australia 51
15. Bird remains on sand dunes: King Island, Bass Strait 52
16. Impression of Bird’s feather in Ironstone: Western Victoria 52
17. A Fossil Turtle: Notochelone costata, Owen sp. 52
18. A Ganoid Fish: Pristisomus crassus, A. S. Woodward 54
19. A fossil Insect in amber (Tipula sp.) 54
20. A fossil Crustacean: Thalassina emerii, Bell 55
21. An Ammonite: Desmoceras flindersi, McCoy sp. 55
22. Belemnites: Belemnites diptycha, McCoy 56
23. A Group of Lamp-shells: Magellania flavescens, Lam. sp. 56
24. Zoarium of a living Polyzoan: Retepora sp. 58
25. A fossil Polyzoan: Macropora clarkei, T. Woods sp. 58
26. Fossil Worm-tubes: (?) Serpula 60
27. A living Sea-urchin: Strongylocentrotus erythrogrammus, Val. 60
28. A fossil Sea-urchin: Linthia antiaustrails, Tate 60
29. A fossil Brittle-Star: Ophioderma egertoni, Brod. sp. 60
30. A fossil Crinoid: Taxocrinus simplex, Phillips sp. 62
31. Graptolites on Slate: Tetragraptus fruticosus, J. Hall sp. 62
32. A Stromatoporoid: Actinostroma 63
33. Corals in Devonian Marble: Favosites 64
34. Siliceous Skeleton of a living Sponge: (?) Chonelasma 64
35. Spicules of a fossil Sponge: Ecionema newberyi, McCoy sp. 65
36. Nummulites: N. gizehensis, Ehr. var. champollioni, De la Harpe 65
37. Cainozoic Radiolaria 66
38. Radiolaria in Siliceous Limestone 67
39. Travertin Limestone, with leaves of Beech (Fagus) 67
40. Freshwater Limestone with shells (Bulinus) 68
41. Hardened mudstone with Brachiopods (Orthis, etc.) 69
42. Diatomaceous Earth 72
43. Lepidocyclina Limestone 73
44. Coral in Limestone: Favosites grandipora, Eth. fil. 74
45. Crinoidal Limestone 74
46. Turritella Limestone 75
47. Ostracodal Limestone 75
48. Halimeda Limestone 77
49. Tasmanite: a Spore Coal 77
50. Kerosene Shale 77
51. Bone Bed 77
52. Bone Breccia 79
53. Cainozoic Ironstone with Leaves (Banksia) 80
54. Girvanella conferta, Chapm., in Silurian Limestone 83
55. Palaeozoic Plants 83
56. Restoration of Lepidodendron 84
57. Stem of Lepidodendron (Lepidophloios), showing leaf-scars 84
58. Upper Palaeozoic Plants 85
59. Map of Gondwana-Land 87
60. Mesozoic Plants 88
61. Cainozoic Plants 90
62. Eucalyptus leaves from the Deep Leads 92
63. Palaeozoic and Mesozoic Foraminifera 97
64. Lepidocyclina marginata, Mich. sp. Sections of shell showing structure 99
65. Cainozoic Foraminifera 100
66. Fossil Radiolaria 103
67. Palaeozoic Sponges and Archaeocyathinae 108
68. Cainozoic Sponges 111
69. Silurian Corals 111
70. Upper Palaeozoic Corals 116
71. Cainozoic Corals 118
72. Stromatoporoidea and Cladophora 121
73. Lower Ordovician Graptolites 125
74. Lower Ordovician Graptolites 125
75. Upper Ordovician and Silurian Graptolites 127
76. Fossil Crinoids 135
77. Fossil Starfishes 140
78. Protaster brisingoides, Gregory, in Silurian Sandstone 142
79. Gregoriura spryi, Chapm., in Silurian Mudstone 143
80. Cainozoic Sea-urchins 145
81. Cainozoic Sea-urchins 147
82. Fossil Worms 153
83. Palaeozoic Polyzoa 156
84. Cainozoic Polyzoa 157
85. Lower Palaeozoic Brachiopods 159
86. Silurian and Devonian Brachiopods 161
87. Carbopermian Brachiopods 163
88. Mesozoic Brachiopods 165
89. Cainozoic Brachiopods 167
90. Lower Palaeozoic Bivalves 176
91. Palaeozoic Bivalves 179
92. Carbopermian Bivalves 180
93. Lower Mesozoic Bivalves 181
94. Cretaceous Bivalves 183
95. Cainozoic Bivalves 185
96. Cainozoic Bivalves 186
97. Fossil Scaphopods and Chitons 188
98. Lower Palaeozoic Gasteropoda 192
99. Silurian Gasteropoda 194
100. Upper Palaeozoic Gasteropoda 195
101. Mesozoic Gasteropoda 197
102. Cainozoic Gasteropoda 199
103. Cainozoic Gasteropoda 200
104. Late Cainozoic and Pleistocene Gasteropoda 201
105. Palaeozoic Cephalopoda 206
106. Mesozoic and Cainozoic Cephalopoda 208
107. Diagram restoration of an Australian Trilobite (Dalmanites) 224
108. Cambrian Trilobites 226
109. Older Silurian Trilobites 228
110. Newer Silurian Trilobites 230
111. Carboniferous Trilobites and a Phyllopod 232
112. Silurian Ostracoda 236
113. Upper Palaeozoic and Mesozoic Ostracoda 238
114. Cainozoic Ostracoda 239
115. Fossil Cirripedes 242
116. Cirripedes. Lepas anatifera, Linn.: living goose barnacle, and L. pritchardi, Hall: Cainozoic 242
117. Ceratiocaris papilio, Salter 244
118. Ordovician Phyllocarids 245
119. Silurian Phyllocarids 245
120. Fossil Crabs and Insects 247
121. Silurian Eurypterids 249
122. Thyestes magnificus, Chapm. 259
123. Gyracanthides murrayi, A. S. Woodw. Restoration 260
124. Teeth and Scales of Palaeozoic and Mesozoic Fishes 260
125. Cleithrolepis granulatus, Egerton 263
126. Tooth of Ceratodus avus, A. S. W., and phalangeal of a carnivorous Deinosaur 264
127. Scale of Ceratodus ? avus 265
128. The Queensland Lung-fish: Neoceratodus forsteri, Krefft 266
129. Leptolepis gregarius, A. S. W. 266
130. Cretaceous and Cainozoic Fish-teeth 268
131. Cainozoic Fish remains 270
132. Bothriceps major, A. S. W. 273
133. Ichthyosaurus australis, McCoy 277
134. Fossil Reptiles 278
135. Impression of Bird’s feather, magnified, Cainozoic: Victoria 281
136. Cnemiornis calcitrans, Owen 284
137. Dinornis maximus, Owen. Great Moa 284
138. Pachyornis elephantopus, Owen 285
139. Skeleton of Sarcophilus ursinus, Harris sp. 288
140. Skull of fossil specimen of Sarcophilus ursinus 288
141. Thylacinus major, Owen. Hind part of mandible 289
142. Phascolomys pliocenus, McCoy. Mandible 290
143. Cainozoic Teeth and Otolith 291
144. Skeleton of Diprotodon australis, Owen 291
145. Right hind foot of Diprotodon australis 292
146. Restoration of Diprotodon australis 292
147. Skull and mandible of Thylacoleo carnifex, Owen 293
148. Wynyardia bassiana, Spencer 294
149. Tooth of Scaldicetus macgeei, Chapm. 297
150. Impressions of footprints in dune sand-rock, Warrnambool 301
Map of Australia, showing chief fossiliferous localities Map

PREFACE.

T

he more important discoveries of fossils in the southern hemisphere have received, as a rule, very meagre notice in many of the text-books of Geology and Palaeontology published in England, Germany and America, and used by Australasian students. It is thought, therefore, that the time has arrived when an attempt should be made to collect the main facts bearing upon this subject, in order to present them from an Australasian standpoint. With this in view, references to fossils occurring in the northern hemisphere are subordinated, seeing that these may be easily obtained on reference to the accepted text-books in general use.

The present work does not presume to furnish a complete record of Australasian palaeontology, since that would mean the production of a much more extensive and costly volume. Sufficient information is here given, however, to form a groundwork for the student of this section of natural science, and a guide to the collector of these “medals of creation.”

The systematic portion of this book has been arranged primarily from the biological side, since Palaeontology is the “study of ancient life.” Taking each life-group, therefore, from the lowest to the highest types, all the divisions represented by fossils are dealt with in turn, beginning with their occurrence in the oldest rocks and ending with those in the newest strata.

If a commendation of the study of fossils, apart from its scientific utility, were needed, it could be pointed out that palaeontology as a branch of geology is, par excellence, an open-air study: and since it requires as handmaids all the sister sciences, is a subject of far-reaching interest. Microscopy and photography are of immense value in certain branches of fossil research, the former in the examination of the minute forms of mollusca, foraminifera and ostracoda, the latter in the exact portraiture of specimens too intricate to copy with the brush, or too evanescent to long retain, when out of their matrix, their clean fresh surfaces. With geology or palaeontology as an objective, a country walk may be a source of much enjoyment to its students, for “in their hand is Nature like an open book”; and the specimens collected on a summer excursion may be closely and profitably studied in the spare time of the winter recess.

The author sincerely trusts that students may share the same pleasure which he has derived from the study of these relics of past life; and that the present attempt to show their relationship both in geological time and biological organisation, may be the means of inducing many to make further advances in this fascinating subject.

In the production of this work several friends and collaborators have materially assisted, their aid considerably increasing its value. It is therefore with grateful thanks that the author acknowledges the help and encouragement given by Professor E. W. Skeats, D.Sc., who has not only been good enough to write the Introductory passages, but who has carefully gone over the MS. and made many helpful suggestions. Mr. W. S. Dun, F.G.S., Palaeontologist to the Geological Survey Branch of the Department of Mines, Sydney, has also rendered generous help in giving the benefit of his full acquaintance of the palaeontology of his own State. To the Trustees of the National Museum the author is under special obligations for permission to photograph many unique fossil specimens in the Museum collection, comprising Figs. 3, 16-18, 20-22, 28-31, 35, 39, 40, 45, 46, 51-54, 57, 62, 78, 79, 127, 133, 136, 147 and 148. The author’s thanks are also due to Dr. E. C. Stirling, M.D., M.A., F.R.S., for permission to use Figs. 143, 144 and 145, whilst similar privileges have been accorded by Prof. A. G. Seward, F.R.S., Dr. F. A. Bather, F.R.S., and Mr. C. L. Barrett. Prof. T. W. Edgeworth David, F.R.S., has kindly cleared up some doubtful points of stratigraphy and further increased the author’s indebtedness by the loan of a unique slide of Radiolaria figured on p. 69. Mr. Eastwood Moore, to whom special thanks are due, has greatly added to the pictorial side of this work by his skillful help in preparing many of the illustrations for the press, as well as in the drawing of the several maps. The grouped sets of fossils have been especially drawn for this work by the author. They are either copied from authentic specimens or from previously published drawings; references to the authorities being given in the accompanying legends. Dr. T. S. Hall has kindly read the section on Graptolites and Mammalia. For many helpful suggestions and the careful reading of proofs, thanks are especially owing to Mr. W. E. G. Simons, Mr. R. A. Keble, and to my wife.


INTRODUCTION.

Geological Department, 
The University, Melbourne.