Global tectonics:
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| Main Authors: | , , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Chichester [u.a.]
Wiley-Blackwell
2009
|
| Edition: | 3. ed. |
| Subjects: | |
| Online Access: | Table of contents only Inhaltsverzeichnis |
| Item Description: | Hier auch später erschienene, unveränderte Nachdrucke Includes bibliographical references and index |
| Physical Description: | XII, 482 S. zahlr. Ill., graph. Darst. und Kt. |
| ISBN: | 9781405107778 |
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MARC
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| 084 | |a TG 4100 |0 (DE-625)162512: |2 rvk | ||
| 100 | 1 | |a Kearey, Philip |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Global tectonics |c the late Philip Kearey ; Keith A. Klepeis ; Frederick J. Vine |
| 250 | |a 3. ed. | ||
| 264 | 1 | |a Chichester [u.a.] |b Wiley-Blackwell |c 2009 | |
| 300 | |a XII, 482 S. |b zahlr. Ill., graph. Darst. und Kt. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Hier auch später erschienene, unveränderte Nachdrucke | ||
| 500 | |a Includes bibliographical references and index | ||
| 650 | 4 | |a Plate tectonics |v Textbooks | |
| 650 | 0 | 7 | |a Plattentektonik |0 (DE-588)4046317-5 |2 gnd |9 rswk-swf |
| 689 | 0 | 0 | |a Plattentektonik |0 (DE-588)4046317-5 |D s |
| 689 | 0 | |5 DE-604 | |
| 700 | 1 | |a Klepeis, Keith A. |e Verfasser |4 aut | |
| 700 | 1 | |a Vine, Frederick J. |e Verfasser |4 aut | |
| 856 | 4 | |u http://www.loc.gov/catdir/toc/ecip0718/2007020963.html |3 Table of contents only | |
| 856 | 4 | 2 | |m Digitalisierung UB Bayreuth |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015791369&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
| 999 | |a oai:aleph.bib-bvb.de:BVB01-015791369 | ||
Record in the Search Index
| _version_ | 1804136725313748992 |
|---|---|
| adam_text | Contents
Preface
Acknowledgments
The geologic timescale and
stratigraphie
column
1
Historical perspective
1.1
Continental drift
1.2
Sea floor spreading and the birth
of plate tectonics
1.3
Géosynclinal
theory
1.4
Impact of plate tectonics
2
The interior of
the Earth
2.1
Earthquake seismology
2.1.1
Introduction
2.1.2
Earthquake descriptors
2.1.3
Seismic waves
2.1.4
Earthquake location
2.1.5
Mechanism of earthquakes
2.1.6
Focal mechanism solutions
of earthquakes
2.1.7
Ambiguity in focal
mechanism solutions
2.1.8
Seismic tomography
2.2
Velocity structure of the Earth
2.3
Composition of the Earth
2.4
The crust
2.4.1
The continental crust
2.4.2
Upper continental crust
2.4.3
Middle and lower continental
crust
2.4.4
The oceanic crust
2.4.5
Oceanic layer
1
2.4.6
Oceanic layer
2
2.4.7
Oceanic layer
3
2.5
Ophiolites
2.6
Metamorphism of oceanic
crust
2.7
Differences between continental and
oceanic crust
ix
2.8
The mantle
30
X
2.8.1
Introduction
30
xi
2.8.2
Seismic structure of the
mantle
30
2.8.3
Mantle composition
31
2.8.4
The mantle low velocity
1
zone
31
2.8.5
The mantle transition zone
32
2
2.8.6
The lower mantle
32
2.9
The core
33
6
2.10
Rheology of the crust
7
and mantle
33
8
2.10.1
Introduction
33
2.10.2
Brittle deformation
34
2.10.3
Ductile deformation
36
2.10.4
Lithospheric strength profiles
37
2.10.5
Measuring continental
Q
deformation
39
У
2.10.6
Deformation in the mantle
41
10
2.11
Isostasy
42
10
2.11.1
Introduction
42
10
2.11.2
Airy s hypothesis
43
10
2.11.3
Pratt s hypothesis
43
11
2.11.4
Flexure of the
lithosphère
44
12
2.11.5
Isostatic rebound
45
2.11.6
Tests of isostasy
46
12
2.12
Lithosphère
and asthenosphere
48
2.13
Terrestrial heat flow
51
14
17
19
21
3
Continental drift
54
22
22
3.1
Introduction
55
23
3.2
Continental reconstructions
55
3.2.1
Euler s theorem
55
23
3.2.2
Geometric reconstructions
24
of continents
55
24
3.2.3
The reconstruction of
25
continents around the
26
Atlantic
56
27
3.2.4
The reconstruction of
Gondwana
57
28
3.3
Geologic evidence for
continental drift
58
29
3.4
Paleoclimatology
60
CONTENTS
3.5
Paleontologie
evidence for
continental drift
61
3.6
Paleomagnetism
64
3.6.1
Introduction
64
3.6.2
Rock magnetism
64
3.6.3
Natural
remanent
magnetization
65
3.6.4
The past and present
geomagnetic field
66
3.6.5
Apparent polar wander
curves
67
3.6.6
Paleogeographic reconstructions
based on paleomagnetism
68
Sea floor spreading and
transform faults 72
4.1
Sea floor spreading
73
4.1.1
Introduction
73
4.1.2
Marine magnetic
anomalies
73
4.1.3
Geomagnetic reversals
74
4.1.4
Sea floor spreading
77
4.1.5
The Vine-Matthews
hypothesis
78
4.1.6
Magnetostratigraphy
79
4.1.7
Dating the ocean floor
84
4.2
Transform faults
84
4.2.1
Introduction
84
4.2.2
Ridge-ridge transform
faults
88
4.2.3
Ridge jumps and transform
fault offsets
89
The framework of
plate tectonics 9i
5.1
Plates and plate margins
92
5.2
Distribution of earthquakes
92
5.3
Relative plate motions
94
5.4
Absolute plate motions
97
5.5
Hotspots
99
5.6
True polar wander
103
5.7
Cretaceous
superplume 106
5.8
Direct measurement of relative
plate motions
107
5.9
Finite plate motions
110
5.10
Stability of triple junctions
113
5.11
Present day triple junctions
120
121
6.1
Ocean ridge topography
122
6.2
Broad structure of the upper
mantle below ridges
125
6.3
Origin of anomalous upper mantle
beneath ridges
127
6.4
Depth-age relationship of
oceanic
lithosphère
128
6.5
Heat flow and
hydrothermal
circulation
129
6.6
Seismic evidence for an axial
magma chamber
131
6.7
Along-axis segmentation of
oceanic ridges
133
6.8
Petrology of ocean ridges
140
6.9
Shallow structure of the
axial region
141
6.10
Origin of the oceanic crust
142
6.11
Propagating rifts and
microplates
145
6.12
Oceanic
fracture
zones
148
Continental rifts and
rifted margins
152
7.1
Introduction
153
7.2
General characteristics of
narrow rifts
155
7.3
General characteristics of
wide rifts
162
7.4
Volcanic activity
169
7.4.1
Large igneous provinces
169
7.4.2
Petrogenesis of
rift rocks
172
7.4.3
Mantle upwelling
beneath rifts
175
7.5
Rift initiation
176
7.6
Strain localization and
delocalization processes
178
7.6.1
Introduction
178
7.6.2
Lithospheric stretching
179
7.6.3
Buoyancy forces and lower
crusta]
flow
181
7.6.4
Lithospheric flexure
183
7.6.5
Strain-induced weakening
184
7.6.6
Rheological stratification
of the
lithosphère
188
7.6.7
Magma-assisted rifting
192
CONTENTS
8
7.7
Rifted continental margins
7.7.1
Volcanic margins
7.7.2
Nonvolcanic margins
7.7.3
The evolution of rifted
margins
7.8
Case studies: the transition from
rift to rifted margin
7.8.1
The East African Rift
system
7.8.2
The Woodlark Rift
7.9
The Wilson cycle
Continental transforms
and strike-slip faults
193
9.5
Thermal structure of the
193
downgoing slab
259
196
9.6
Variations in
subduction
zone
characteristics
262
198
9.7
Accretionary prisms
264
9.8
Volcanic and
plutonic
activity
271
202
9.9
Metamorphism at convergent
202
margins
275
9.10
Backarc basins
279
204
208
10
Orogenic belts
286
210
8.1
Introduction
211
8.2
Fault styles and physiography
211
8.3
The deep structure of
continental transforms
224
8.3.1
The Dead Sea
Transform
224
8.3.2
The San Andreas Fault
224
8.3.3
The Alpine Fault
228
8.4
Transform continental margins
230
8.5
Continuous versus discontinuous
deformation
232
8.5.1
Introduction
232
8.5.2
Relative plate motions and
surface velocity fields
233
8.5.3
Model sensitivities
236
8.6
Strain localization and
delocalization mechanisms
239
8.6.1
Introduction
239
8.6.2
Lithospheric heterogeneity
239
8.6.3
Strain-softening
feedbacks
242
8.7
Measuring the strength of
transforms
246
9
Subduction
zones 249
9.1
Ocean trenches
250
9.2
General morphology of island
arc systems
251
9.3
Gravity anomalies of
subduction
zones
252
9.4
Structure of
subduction
zones
from earthquakes
252
10.1
Introduction
287
10.2
Ocean-continent convergence
287
10.2.1
Introduction
287
10.2.2
Seismicity,
plate motions, and
subduction
geometry
289
10.2.3
General geology of
the central and southern
Andes
291
10.2.4
Deep structure of the
central Andes
294
10.2.5
Mechanisms of noncoUisional
orogenesis
297
10.3
Compressional sedimentary
basins
302
10.3.1
Introduction
302
10.3.2
Foreland basins
302
10.3.3
Basin inversion
303
10.3.4
Modes of shortening in foreland
fold-thrust belts
304
10.4
Continent-continent collision
306
10.4.1
Introduction
306
10.4.2
Relative plate motions and
collisional history
306
10.4.3
Surface velocity fields
and
seismicity
309
10.4.4
General geology of the
Himalaya and Tibetan
Plateau
312
10.4.5
Deep structure
316
10.4.6
Mechanisms of continental
collision
318
10.5
Arc-continent collision
330
10.6
Terrane accretion and
continental growth
332
10.6.1
Terrane analysis
332
10.6.2
Structure of accretionary
orogens
336
10.6.3
Mechanisms of terrane
accretion
342
«IB
CONTENTS
Ί
1
Precambrian tectonics
and the
supercontinent
cycle
11.1
Introduction
11.2
Precambrian heat flow
11.3
Archean tectonics
11.3.1
General characteristics of
cratonic mantle
lithosphère
11.3.2
General geology of
Archean cratons
11.3.3
The formation of Archean
lithosphère
11.3.4
Crustal structure
11.3.5
Horizontal and vertical tectonics
11.4
Proterozoic tectonics
11.4.1
General geology of
Proterozoic crust
11.4.2
Continental growth and
craton stabilization
11.4.3
Proterozoic plate tectonics
11.5
The
supercontinent
cycle
11.5.1
Introduction
11.5.2
Pre-Mesozoic
reconstructions
11.5.3
A Late Proterozoic
supercontinent
11.5.4
Earlier
supercontinents
11.5.5
Gondwana-Pangea assembly
and dispersal
12
The mechanism of
plate tectonics
12.6
346
12.7
347
347
349
12.8
349
350
351
355
358
361
361
363
364
370
370
370
370
373
374
12.5.3
The vertical extent of
convection
The forces acting on plates
Driving mechanism of
plate tectonics
12.7.1
Mantle drag mechanism
12.7.2
Edge-force mechanism
Evidence for convection in
the mantle
12.8.1
Introduction
12.8.2
Seismic tomography
12.8.3
Superswells
12.8.4
The D layer
The nature of convection in
the mantle
12.10
Plumes
12.11
The mechanism of the
supercontinent cycle
12.9
13
Implications of
plate tectonics
379
12.1
Introduction
380
12.2
Contracting Earth hypothesis
380
12.3
Expanding Earth hypothesis
380
12.3.1
Calculation of the ancient moment
of inertia of the Earth
381
12.3.2
Calculation of the ancient
radius of the Earth
382
12.4
Implications of heat flow
382
12.5
Convection in the mantle
384
12.5.1
The convection process
384
12.5.2
Feasibility of mantle convection
386
13.1
Environmental change
13.1.1
Changes in sea level and sea
water chemistry
13.1.2
Changes in oceanic circulation
and the Earth s climate
13.1.3
Land areas and climate
13.2
Economic geology
13.2.1
Introduction
13.2.2
Autochthonous and
allochthonous mineral
deposits
13.2.3
Deposits of sedimentary
basins
13.2.4
Deposits related to climate
13.2.5
Geothermal power
13.3
Natural hazards
Review questions
References
Index
Color plates appear between pages
244
and
245
387
388
390
391
391
393
393
393
394
395
396
399
401
404
405
405
406
411
412
412
413
420
421
422
422
424
428
463
A companion resources
webrìtefor
this book is avaifoble at www.blackwellpublishing.com/kearey
|
| adam_txt |
Contents
Preface
Acknowledgments
The geologic timescale and
stratigraphie
column
1
Historical perspective
1.1
Continental drift
' 1.2
Sea floor spreading and the birth
of plate tectonics
1.3
Géosynclinal
theory
1.4
Impact of plate tectonics
2
The interior of
the Earth
2.1
Earthquake seismology
2.1.1
Introduction
2.1.2
Earthquake descriptors
2.1.3
Seismic waves
2.1.4
Earthquake location
2.1.5
Mechanism of earthquakes
2.1.6
Focal mechanism solutions
of earthquakes
2.1.7
Ambiguity in focal
mechanism solutions
2.1.8
Seismic tomography
2.2
Velocity structure of the Earth
2.3
Composition of the Earth
2.4
The crust
2.4.1
The continental crust
2.4.2
Upper continental crust
2.4.3
Middle and lower continental
crust
2.4.4
The oceanic crust
2.4.5
Oceanic layer
1
2.4.6
Oceanic layer
2
2.4.7
Oceanic layer
3
2.5
Ophiolites
2.6
Metamorphism of oceanic
crust
2.7
Differences between continental and
oceanic crust
ix
2.8
The mantle
30
X
2.8.1
Introduction
30
xi
2.8.2
Seismic structure of the
mantle
30
2.8.3
Mantle composition
31
2.8.4
The mantle low velocity
1
zone
31
2.8.5
The mantle transition zone
32
2
2.8.6
The lower mantle
32
2.9
The core
33
6
2.10
Rheology of the crust
7
and mantle
33
8
2.10.1
Introduction
33
2.10.2
Brittle deformation
34
2.10.3
Ductile deformation
36
2.10.4
Lithospheric strength profiles
37
2.10.5
Measuring continental
Q
deformation
39
У
2.10.6
Deformation in the mantle
41
10
2.11
Isostasy
42
10
2.11.1
Introduction
42
10
2.11.2
Airy's hypothesis
43
10
2.11.3
Pratt's hypothesis
43
11
2.11.4
Flexure of the
lithosphère
44
12
2.11.5
Isostatic rebound
45
2.11.6
Tests of isostasy
46
12
2.12
Lithosphère
and asthenosphere
48
2.13
Terrestrial heat flow
51
14
17
19
21
3
Continental drift
54
22
22
3.1
Introduction
55
23
3.2
Continental reconstructions
55
3.2.1
Euler's theorem
55
23
3.2.2
Geometric reconstructions
24
of continents
55
24
3.2.3
The reconstruction of
25
continents around the
26
Atlantic
56
27
3.2.4
The reconstruction of
Gondwana
57
28
3.3
Geologic evidence for
continental drift
58
29
3.4
Paleoclimatology
60
CONTENTS
3.5
Paleontologie
evidence for
continental drift
61
3.6
Paleomagnetism
64
3.6.1
Introduction
64
3.6.2
Rock magnetism
64
3.6.3
Natural
remanent
magnetization
65
3.6.4
The past and present
geomagnetic field
66
3.6.5
Apparent polar wander
curves
67
3.6.6
Paleogeographic reconstructions
based on paleomagnetism
68
Sea floor spreading and
transform faults 72
4.1
Sea floor spreading
73
4.1.1
Introduction
73
4.1.2
Marine magnetic
anomalies
73
4.1.3
Geomagnetic reversals
74
4.1.4
Sea floor spreading
77
4.1.5
The Vine-Matthews
hypothesis
78
4.1.6
Magnetostratigraphy
79
4.1.7
Dating the ocean floor
84
4.2
Transform faults
84
4.2.1
Introduction
84
4.2.2
Ridge-ridge transform
faults
88
4.2.3
Ridge jumps and transform
fault offsets
89
The framework of
plate tectonics 9i
5.1
Plates and plate margins
92
5.2
Distribution of earthquakes
92
5.3
Relative plate motions
94
5.4
Absolute plate motions
97
5.5
Hotspots
99
5.6
True polar wander
103
5.7
Cretaceous
superplume 106
5.8
Direct measurement of relative
plate motions
107
5.9
Finite plate motions
110
5.10
Stability of triple junctions
113
5.11
Present day triple junctions
120
121
6.1
Ocean ridge topography
122
6.2
Broad structure of the upper
mantle below ridges
125
6.3
Origin of anomalous upper mantle
beneath ridges
127
6.4
Depth-age relationship of
oceanic
lithosphère
128
6.5
Heat flow and
hydrothermal
circulation
129
6.6
Seismic evidence for an axial
magma chamber
131
6.7
Along-axis segmentation of
oceanic ridges
133
6.8
Petrology of ocean ridges
140
6.9
Shallow structure of the
axial region
141
6.10
Origin of the oceanic crust
142
6.11
Propagating rifts and
microplates
145
6.12
Oceanic
fracture
zones
148
Continental rifts and
rifted margins
152
7.1
Introduction
153
7.2
General characteristics of
narrow rifts
155
7.3
General characteristics of
wide rifts
162
7.4
Volcanic activity
169
7.4.1
Large igneous provinces
169
7.4.2
Petrogenesis of
rift rocks
172
7.4.3
Mantle upwelling
beneath rifts
175
7.5
Rift initiation
176
7.6
Strain localization and
delocalization processes
178
7.6.1
Introduction
178
7.6.2
Lithospheric stretching
179
7.6.3
Buoyancy forces and lower
crusta]
flow
181
7.6.4
Lithospheric flexure
183
7.6.5
Strain-induced weakening
184
7.6.6
Rheological stratification
of the
lithosphère
188
7.6.7
Magma-assisted rifting
192
CONTENTS
8
7.7
Rifted continental margins
7.7.1
Volcanic margins
7.7.2
Nonvolcanic margins
7.7.3
The evolution of rifted
margins
7.8
Case studies: the transition from
rift to rifted margin
7.8.1
The East African Rift
system
7.8.2
The Woodlark Rift
7.9
The Wilson cycle
Continental transforms
and strike-slip faults
193
9.5
Thermal structure of the
193
downgoing slab
259
196
9.6
Variations in
subduction
zone
characteristics
262
198
9.7
Accretionary prisms
264
9.8
Volcanic and
plutonic
activity
271
202
9.9
Metamorphism at convergent
202
margins
275
9.10
Backarc basins
279
204
208
10
Orogenic belts
286
210
8.1
Introduction
211
8.2
Fault styles and physiography
211
8.3
The deep structure of
continental transforms
224
8.3.1
The Dead Sea
Transform
224
8.3.2
The San Andreas Fault
224
8.3.3
The Alpine Fault
228
8.4
Transform continental margins
230
8.5
Continuous versus discontinuous
deformation
232
8.5.1
Introduction
232
8.5.2
Relative plate motions and
surface velocity fields
233
8.5.3
Model sensitivities
236
8.6
Strain localization and
delocalization mechanisms
239
8.6.1
Introduction
239
8.6.2
Lithospheric heterogeneity
239
8.6.3
Strain-softening
feedbacks
242
8.7
Measuring the strength of
transforms
246
9
Subduction
zones 249
9.1
Ocean trenches
250
9.2
General morphology of island
arc systems
251
9.3
Gravity anomalies of
subduction
zones
252
9.4
Structure of
subduction
zones
from earthquakes
252
10.1
Introduction
287
10.2
Ocean-continent convergence
287
10.2.1
Introduction
287
10.2.2
Seismicity,
plate motions, and
subduction
geometry
289
10.2.3
General geology of
the central and southern
Andes
291
10.2.4
Deep structure of the
central Andes
294
10.2.5
Mechanisms of noncoUisional
orogenesis
297
10.3
Compressional sedimentary
basins
302
10.3.1
Introduction
302
10.3.2
Foreland basins
302
10.3.3
Basin inversion
303
10.3.4
Modes of shortening in foreland
fold-thrust belts
304
10.4
Continent-continent collision
306
10.4.1
Introduction
306
10.4.2
Relative plate motions and
collisional history
306
10.4.3
Surface velocity fields
and
seismicity
309
10.4.4
General geology of the
Himalaya and Tibetan
Plateau
312
10.4.5
Deep structure
316
10.4.6
Mechanisms of continental
collision
318
10.5
Arc-continent collision
330
10.6
Terrane accretion and
continental growth
332
10.6.1
Terrane analysis
332
10.6.2
Structure of accretionary
orogens
336
10.6.3
Mechanisms of terrane
accretion
342
«IB
CONTENTS
Ί
1
Precambrian tectonics
and the
supercontinent
cycle
11.1
Introduction
11.2
Precambrian heat flow
11.3
Archean tectonics
11.3.1
General characteristics of
cratonic mantle
lithosphère
11.3.2
General geology of
Archean cratons
11.3.3
The formation of Archean
lithosphère
11.3.4
Crustal structure
11.3.5
Horizontal and vertical tectonics
11.4
Proterozoic tectonics
11.4.1
General geology of
Proterozoic crust
11.4.2
Continental growth and
craton stabilization
11.4.3
Proterozoic plate tectonics
11.5
The
supercontinent
cycle
11.5.1
Introduction
11.5.2
Pre-Mesozoic
reconstructions
11.5.3
A Late Proterozoic
supercontinent
11.5.4
Earlier
supercontinents
11.5.5
Gondwana-Pangea assembly
and dispersal
12
The mechanism of
plate tectonics
12.6
346
12.7
347
347
349
12.8
349
350
351
355
358
361
361
363
364
370
370
370
370
373
374
12.5.3
The vertical extent of
convection
The forces acting on plates
Driving mechanism of
plate tectonics
12.7.1
Mantle drag mechanism
12.7.2
Edge-force mechanism
Evidence for convection in
the mantle
12.8.1
Introduction
12.8.2
Seismic tomography
12.8.3
Superswells
12.8.4
The D" layer
The nature of convection in
the mantle
12.10
Plumes
12.11
The mechanism of the
supercontinent cycle
12.9
13
Implications of
plate tectonics
379
12.1
Introduction
380
12.2
Contracting Earth hypothesis
380
12.3
Expanding Earth hypothesis
380
12.3.1
Calculation of the ancient moment
of inertia of the Earth
381
12.3.2
Calculation of the ancient
radius of the Earth
382
12.4
Implications of heat flow
382
12.5
Convection in the mantle
384
12.5.1
The convection process
384
12.5.2
Feasibility of mantle convection
386
13.1
Environmental change
13.1.1
Changes in sea level and sea
water chemistry
13.1.2
Changes in oceanic circulation
and the Earth's climate
13.1.3
Land areas and climate
13.2
Economic geology
13.2.1
Introduction
13.2.2
Autochthonous and
allochthonous mineral
deposits
13.2.3
Deposits of sedimentary
basins
13.2.4
Deposits related to climate
13.2.5
Geothermal power
13.3
Natural hazards
Review questions
References
Index
Color plates appear between pages
244
and
245
387
388
390
391
391
393
393
393
394
395
396
399
401
404
405
405
406
411
412
412
413
420
421
422
422
424
428
463
A companion resources
webrìtefor
this book is avaifoble at www.blackwellpublishing.com/kearey |
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| illustrated | Illustrated |
| index_date | 2024-07-02T18:16:26Z |
| indexdate | 2024-07-09T21:00:58Z |
| institution | BVB |
| isbn | 9781405107778 |
| language | English |
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| spelling | Kearey, Philip Verfasser aut Global tectonics the late Philip Kearey ; Keith A. Klepeis ; Frederick J. Vine 3. ed. Chichester [u.a.] Wiley-Blackwell 2009 XII, 482 S. zahlr. Ill., graph. Darst. und Kt. txt rdacontent n rdamedia nc rdacarrier Hier auch später erschienene, unveränderte Nachdrucke Includes bibliographical references and index Plate tectonics Textbooks Plattentektonik (DE-588)4046317-5 gnd rswk-swf Plattentektonik (DE-588)4046317-5 s DE-604 Klepeis, Keith A. Verfasser aut Vine, Frederick J. Verfasser aut http://www.loc.gov/catdir/toc/ecip0718/2007020963.html Table of contents only Digitalisierung UB Bayreuth application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015791369&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Kearey, Philip Klepeis, Keith A. Vine, Frederick J. Global tectonics Plate tectonics Textbooks Plattentektonik (DE-588)4046317-5 gnd |
| subject_GND | (DE-588)4046317-5 |
| title | Global tectonics |
| title_auth | Global tectonics |
| title_exact_search | Global tectonics |
| title_exact_search_txtP | Global tectonics |
| title_full | Global tectonics the late Philip Kearey ; Keith A. Klepeis ; Frederick J. Vine |
| title_fullStr | Global tectonics the late Philip Kearey ; Keith A. Klepeis ; Frederick J. Vine |
| title_full_unstemmed | Global tectonics the late Philip Kearey ; Keith A. Klepeis ; Frederick J. Vine |
| title_short | Global tectonics |
| title_sort | global tectonics |
| topic | Plate tectonics Textbooks Plattentektonik (DE-588)4046317-5 gnd |
| topic_facet | Plate tectonics Textbooks Plattentektonik |
| url | http://www.loc.gov/catdir/toc/ecip0718/2007020963.html http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015791369&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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