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E-raamat: Trace Fossil Analysis

4.50/5 (12 hinnangut Goodreads-ist)
  • Formaat: PDF+DRM
  • Ilmumisaeg: 29-Apr-2007
  • Kirjastus: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
  • Keel: eng
  • ISBN-13: 9783540472261
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Trace Fossil AnalysisSuurem pilt
  • Formaat: PDF+DRM
  • Ilmumisaeg: 29-Apr-2007
  • Kirjastus: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
  • Keel: eng
  • ISBN-13: 9783540472261
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Trace Fossils are indicators of the behavior of organisms in response to environmental changes. Their reaction to changing conditions is the most important tool for the reconstruction of ancient environments. The book contains 75 figures drawn by the author and meanwhile belonging to the classical representation of trace fossil communities. Students, teachers and scientists will find trace fossils representing different facies associations from the deep sea to shorelines. Fossil records of trace fossils are described, interpreted and their paleoecological meaning highlighted.

Trace fossils record the behavior of animals at the very spot where they lived millions of years ago. Their growing interest derives from the intimate connection between ichnology and sedimentology and their combined relevance for paleoenvironmental reconstructions, basin analysis, and petroleum exploration.This definitive textbook by a renowned field observer and analyst of trace fossils concentrates on the most distinctive examples, mostly made by infaunal invertebrates in originally soft sediments. It covers the whole geologic column and ranges from deep-sea to shallow-marine and continental environments. Seilacher's Trace Fossil Analysis is designed to foster interpretative skills using the author's own iconic drawings. They are thematically grouped in 75 plates that form the core for the descriptive text and annotated references. A glossary of ichnological terms is also provided.

Arvustused

From the reviews: "This book is arranged in 15 chapters, covering topics in ichnology (the study of trace fossils). It is designed as a course book ... . The text is essentially a set of extended captions for the plates, along with 43 unnumbered photographs. ... is an excellent resource for teachers of paleontology and sedimentology. Summing Up: Highly recommended. Graduate students through professionals." (M. A. Wilson, CHOICE, Vol. 45 (2), 2007) "Many books on trace fossils have been published in this decade. But Adolf Seilacher's book is like none of them. ... It is intense and detailed and clearly written. ... this book is made for serious students of ichnology of all ages and stages. It is superbly organized, superbly illustrated, a treasure trove of knowledge and understanding - understanding of how trace fossils work and what they can tell us. ... Photographs of outstanding specimens are scattered at key positions through the book." (Richard G. Bromley and Jesper Milan, Geological Magazine, Vol. 145, 2008) "Trace Fossil Analysis, which grew out of courses ... gave at Tubingen University, offers an excellent introduction to his approach. ... contains a number of new illustrations and the text is sprinkled with fresh insights and thoughts. ... an indispensable aid to anyone teaching trace fossils at the university level. ... will be cherished by ichnologists, even though they already know what to expect. ... handy to nonspecialists, who may not have the time, wish, or opportunity to track down Seilacher's original Publications ... ." (Soren Jensen, Science, Vol. 322, November, 2008) "Trace Fossil Analysis is a must-buy for the personal libraries of all geologists and paleontologists interested in fossil behavior, trace fossils, and the development of the understanding of modern ichnology as seen through the eyes and mind of the person who created this science. ... Finally, this text should stimulate young and not-so-young minds ... luring future generations of scientists into the study of ichnology, where there is still much to learn and understand." (Stephen T. Hasiotis, EOS, Vol. 90 (20), May, 2009)

Vertebrate Tracks
1(16)
Plate 1 Chirotherium: The Sherlock Holmes Approach
6(2)
Plate 2 Undertracks in Wet Sands
8(2)
Plate 3 Tambach Ichnotope
10(2)
Plate 4 Coconino-Type Ichnotopes
12(2)
Plate 5 Fish Trails
14(3)
Arthropod Trackways
17(14)
Plate 6 Limulid Tracks (Kouphichnium)
20(2)
Plate 7 Other Arthropod Trackways
22(2)
Plate 8 Trilobite Tracks
24(2)
Plate 9 Adventures of an Early Cambrian Trilobite
26(2)
Plate 10 Potsdam Sandstone Trackways
28(3)
Trilobite Burrows
31(14)
Plate 11 Trilobite Biology and Cruziana Authorship
34(2)
Plate 12 Trilobite Fingerprints
36(2)
Plate 13 Cruziana Modifications
38(2)
Plate 14 Cruziana semiplicata
40(2)
Plate 15 Burrowing Behavior of Silurian Trilobites
42(3)
Arthropod Tunnel Systems
45(16)
Plate 16 Crab and Shrimp Burrows
50(2)
Plate 17 Other Arthropod Tunnels and Nests
52(2)
Plate 18 Ophiomorphids
54(2)
Plate 19 Rhizocoralliids
56(2)
Plate 20 Rhizocoralliid Modifications
58(3)
Resting Traces
61(14)
Plate 21 Burrowing Techniques
64(2)
Plate 22 Undertrace Experiments
66(2)
Plate 23 Bilateral Resting Traces
68(2)
Plate 24 Asterozoan Resting Traces
70(2)
Plate 25 Coelenterate Resting Burrows
72(3)
Burrows of Short Bulldozers
75(14)
Plate 26 Echinoid Burrows
78(2)
Plate 27 Molluscan Bulldozers
80(2)
Plate 28 Paleozoic Psammichnitids
82(2)
Plate 29 Psammichnitid Behavioral Evolution
84(2)
Plate 30 Bi- and Tripartite Backfill Bodies
86(3)
Burrows of Wormlike Bulldozers
89(14)
Plate 31 Trace Fossil Classification
92(2)
Plate 32 Unbranched Burrows
94(2)
Plate 33 Spiral Burrows
96(2)
Plate 34 Nereitids
98(2)
Plate 35 Gyrochortids
100(3)
Burrows of Stripminers
103(14)
Plate 36 Modern U-Tubes
106(2)
Plate 37 Backfill Structures
108(2)
Plate 38 Post-Paleozoic Zoophycos
110(2)
Plate 39 Daedaloid Burrows
112(2)
Plate 40 Lophocteniids
114(3)
Arthrophycid Burrows
117(14)
Plate 41 Teichichnid Burrows
120(2)
Plate 42 Arthrophycids I
122(2)
Plate 43 Arthrophycids II
124(2)
Plate 44 Arthrophycids III
126(2)
Plate 45 Arthrophycids IV
128(3)
Probers
131(14)
Plate 46 Asterosomids
134(2)
Plate 47 Medusiform Burrows (Gyrophyllitids)
136(2)
Plate 48 Various Fucoids
138(2)
Plate 49 Undermat Miners
140(2)
Plate 50 Chondritids
142(3)
Oeepsea Farmers
145(14)
Plate 51 Meandering
148(2)
Plate 52 Graphoglyptids I
150(2)
Plate 53 Graphoglyptids II
152(2)
Plate 54 Graphoglyptids III
154(2)
Plate 55 Paleodictyon
156(3)
Pseudo-Traces
159(14)
Plate 56 Trace-like Body Fossils: Xenophyophoria
162(2)
Plate 57 Tool Marks
164(2)
Plate 58 Synsedimentary Structures
166(2)
Plate 59 Diagenetic Structures
168(2)
Plate 60 Tectograms
170(3)
Earliest Trace Fossils
173(14)
Plate 61 Pre-Ediacaran Dubiostructures
176(2)
Plate 62 Ediacaran Sole Features
178(2)
Plate 63 Traces of Early Molluscs
180(2)
Plate 64 Treptichnus pedum
182(2)
Plate 65 The Cambrian Revolution
184(3)
Cruziana Stratigraphy
187(14)
Plate 66 Stratigraphic and Paleogeographic Distribution
190(2)
Plate 67 Cambrian Trilobite Burrows
192(2)
Plate 68 Ordovician Trilobite Burrows
194(2)
Plate 69 Silurian to Carboniferous Trilobite Burrows
196(2)
Plate 70 Trans-Gondwanan Seaway
198(3)
Ichnofacies
201(14)
Plate 71 Global Ichnofacies
204(2)
Plate 72 Post-turbidite Ichnocoenoses
206(2)
Plate 73 Frozen Tiering and Telescoping in Shallow-Marine Settings
208(2)
Plate 74 Interactions between Trace Fossils
210(2)
Plate 75 Solnhofen Mortichnia
212(3)
Glossary 215(2)
Index 217
Born in 1925, Professor Adolf Seilacher studied in Tubingen under Otto H. Schindewolf. He has taught in Frankfurt, Baghdad, Gottingen, Baltimore, and Tubingen, and has been Adjunct Professor at Yale University since 1987. In 1992, the Swedish Academy of Science awarded him the Crafoord Prize, established for fields not covered by the Nobel Prize. Professor Seilacher, perhaps the world's most acknowledged expert in the field of trace fossils, is also known for his contributions to morphology and structuralism, biostratinomy, exceptional preservation and Ediacaran biota.
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