Earth's evolving systems: the history of planet Earth
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Burlington, Mass.
Jones and Bartlett
2013
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| Schriftenreihe: | Jones & Bartlett learning
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| Schlagworte: | |
| Online-Zugang: | Klappentext Inhaltsverzeichnis |
| Beschreibung: | Includes online access code |
| Beschreibung: | XIX, 698 S. Ill., graph. Darst., Kt. |
| ISBN: | 9781449648909 9780763780012 |
Internformat
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| 245 | 1 | 0 | |a Earth's evolving systems |b the history of planet Earth |c Ronald Martin |
| 264 | 1 | |a Burlington, Mass. |b Jones and Bartlett |c 2013 | |
| 300 | |a XIX, 698 S. |b Ill., graph. Darst., Kt. | ||
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Datensatz im Suchindex
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| adam_text | KEY FEATURES
Earths Evolving Systems: The History of Planet Earth is
intended as an introductory text that examines the evolution
of the Earth and its life from a systems perspective. It covers
major topics like the lithosphere, hydrosphere, atmosphere,
and biosphere, and discusses how these systems interacted
with each other and evolved through geologic time. The author
takes care to integrate the current state of our Earth systems
with those of the past in an effort to further develop students
interest. Part I examines the basics of Earth systems, including
discussions of sedimentation, evolution, stratigraphy, and plate
tectonics. Part II looks at the beginning of time with the origin of
the Earth and discusses its early evolution, through the origin
of life and its evolution to multicellularity. Part III goes on to
cover the Paleozoic through the Neogene eras, discussing
topics such as tectonics, mountain building, sea level, climate,
life, and mass extinctions in each era. Part IV moves on to the
modern world, discussing the interactions between humans
and Earth systems, with an emphasis on the climatic system.
* Presents the Earth as a continuously evolving and dynamic
planet whose history consists of a succession of vastly
different worlds very much unlike our modern Earth.
■ Discusses the scientific method in Chapter 1, emphasizing
how historical geology differs from the standard scientific
method presented as the paradigm of experimental
sciences and of all science,
* Bridges traditional historical geology texts by discussing
historical information in the context of the interaction and
integration of Earth systems through geologic time by using
the tectonic (Wilson) cycle as a unifying theme.
* Concentrates on North America but offers a global perspective
on Earth systems on processes such as orogenesis, seaways,
and ocean circulation, the evolution of life, and mass extinction.
* Discusses rapid climate change and anthropogenic
impacts in the context of a continuously evolving Earth
whose environments are now being altered by
anthropogenic climate change.
* End-of-chapter materials include general review questions,
more challenging Food for Thought questions, key terms
listing, and a Sources and Further Readings section.
■ Boxes throughout the text highlight interesting bits of related
information and unusual occurrences or elaborate on material
presented in the text.
SUPPLEMENTS INCLUDE-
Companion Website
Instructor s PowerPoint Lecture Outlines
Instructor s PowerPoint Image Bank
Instructor s Test Bank
Instructor s Manual
The Layered Earth, included within the Companion Website,
includes exercises that enable students to envision Earth as a
whole system, showing them tectonic plate boundaries, mountain
ranges, volcanoes, earthquakes, mineral resources, and biomes.
Students can then dive into the Earth s core, slice open a volcano,
or watch rocks transform. They ll even witness the changing
shapes of Earth s major landmasses throughout history!
CONTENTS
Preface.... xv
Acknowledgments.... xix
PART I Earth Systems: Their Nature and Their Study.... 1
C Introduction: How Do We Study Earth’s Systems? .... 3
1.1 Why Study the History of Earth?_4
1.2 What Are the Major Earth Systems and What Are Their Characteristics?.... 7
1.3 Geologic Time and Process_12
1.4 Directionality and the Evolution of Earth Systems_17
1.5 Geology as an Historical Science — 17
1.6 The Scientific Method and the Study of Earth s Evolving Systems — 18
1.7 Summary______22
Sources and Further Reading_____23
Key Terms____24
Review Questions____24
Food for Thought____25
CHAPTER JL Earth Systems: Processes and Interactions_________________27
2.1 The Solid Earth System: Components and Processes — 28
2.2 Rock Cycle__32
2.2.1 Igneous rocks----32
2.2.2 Sedimentary rocks .... 37
2.2.3 Metamorphic rocks______38
2.3 Atmosphere and Its Circulation_41
2.4 The Hydrosphere.... 43
2.4.1 Hydrologic cycle .... 43
2.4.2 Ocean circulation___45
2.5 The Biosphere.... 53
2.5.1 Biogeography: distribution of plants and animals over Earth s surface_53
2.5.2 Energy relationships .... 55
2.5.3 Biogeochemical cycles____56
2.6 Summary_____60
Sources and Further Reading.... 63
Key Terms .... 63
Review Questions.... 64
Food for Thought____65
CONTENTS v
BOX 2.1 Radioactive Decay and Production_______30
BOX 2.2 Asian Monsoon: Influence of Large Land Masses on Atmosp
Circulation — 47
BOX 2.3 Oxygen Isotopes, Ice Volume, and Temperature________50
BOX 2.4 The Unusual Communities of Hydrothermal Vents________58
BOX 2.5 Stable Isotopes and Biogeochemical Cycle of Carbon_____61
Sedimentary Rocks, Sedimentary Environments, and Fossils____________________67
3.1 Introduction to Sedimentary Rocks__68
3.2 Processes of Weathering.... 68
3.3 Terrigenous Sedimentary Rocks.... 70
3.3.1 Formation of terrigenous sediments_____70
3.3.2 What do terrigenous sedimentary rocks tell us about how they formed?..
3.4 Biogenic Sedimentary Rocks___73
3.5 Chemical Sedimentary Rocks.... 75
I
3.6 Marine Environments______77
3.6.1 Marginal marine environments_____77
3.6.2 Coral reefs___79
3.6.3 Continental shelves, continental slopes, and the abyss__81
3.7 T errestrial Environments_89
3.7.1 Forests___89
3.7.2 Deserts___89
3.7.3 Glaciers.... 89
3.7.4 Lakes .... 89
3.8 Sedimentary Structures___92
3.9 Fossils.... 92
3.9.1 Early processes of fossilization_92
3.9.2 Modes of preservation____97
ЗЛО Summary_________99
Sources and Further Reading — 101
Key Terms.... 101
Review Questions_____102
Food for Thought_____103
CHAPTER 4 Evolution and Extinction____________________105
4.1 Introduction____106
4.2 Early Theories of Evolution__106
4.3 Charles Darwin and the Beginnings of the Modern Theory of Evolution_109
4.4 Basic Premises of Darwinian Evolution__112
4.5 Inheritance and Variation_114
4.6 Genetic Code and Mutation.... 115
4.7 Evidence for Natural Selection__116
4.8 Speciation,... 119
4.9 Evolution and the Fossil Record_119
4.9.1 Comparative anatomy_______119
4.9.2 Cladistics__121
CONTENTS
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4.9.3 Microevolution____122
4.9.4 Macroevolution____125
4.10 Mass Extinction.... 129
4.11 Biodiversity Through the Phanerozoic.... 131
4.12 Summary.... 134
Sources and Further Reading_____135
Key Terms ....135
Review Questions.... 136
Food for Thought — 137
BOX 4.1 Evolution of Biologic Classification and the Species Concept_107
BOX 4.2 Charles Darwin, the Person — 111
BOX 4.3 Misuse of Darwin s Theory______113
Time and Stratigraphy___________139
5.1 Introduction___140
5.2 Relative Ages.... 140
5.3 Absolute Ages.... 140
5.4 Evolution of the Geologic Time Scale.... 143
5.5 Correlation.... 147
5.5.1 Lithocorrelation__147
5.5.2 Formations and facies____148
5.5.3 Biostratigraphy___154
5.5.4 Integrating different stratigraphic datums_156
5.6 How Complete Is the Geologic Record?___156
5.6.1 Unconformities and diastems_____156
5.6.2 Sequence stratigraphy____156
5.7 Why Is Sea Level So Important?.... 160
5.8 Summary.... 162
Sources and Further Reading_____164
Key Terms______164
Review Questions______165
Food for Thought______165
BOX 5.1 Age of the Earth______144
Plate Tectonics_______167
6.1 Introduction___168
6.2 Structure of Earth.... 168
6.3 Plate Tectonics: From Hypothesis to Theory__171
6.3.1 Early studies of mountain building___171
6.3.2 Hypothesis of continental drift_172
6.3.3 Hypothesis of seafloor spreading_____174
6.3.4 Corroboration of seafloor spreading___177
6.4 Continental Margins and Plate Boundaries: Features and Behavior_181
6.4.1 Types of margins__181
6.4.2 Tectonic features of Earth s surface_181
6.4.3 Types of plate boundaries___184
CONTENTS
6.5 Orogenesis.... 191
6.5.1 Types of orogenesis___191
6.5.2 Rocks and sediments associated with orogenesis_____191
6.6 Isostasy.... 194
6.7 Tectonic Cycle.... 196
6.8 Tectonic Cycle and Scientific Method 198
6.9 Summary.... 198
Sources and Further Reading______200
Key Terms_____200
Review Questions.... 201
Food for Thought_____202
BOX 6.1 Are Hotspots Stationary?_____176
BOX 6.2 New Hypotheses About Plate Tectonics______190
PART 11 Origin and Early Evolution of Earth’s Systems .... 203 ·
CHAPTER 7 An Extraordinary Beginning: Hadean and Archean_______________________205
7.1 Introduction__206
7.2 Origin of the Universe.... 206
7.2.1 Early observations and theories_206
7.2.2 The Big Bang: from hypothesis to theory_207
7.2.3 The infl ationary universe_209
7.3 Origin of Matter and Forces of Nature.... 211
7.4 Formation of the Solar System____213
7.5 The Hadean: Origin of Earth and Moon_217
7.5.1 Earth s earliest evolution__217
7.5.2 Origin of the Moon___220
7.6 The Archean: Beginnings of a Permanent Crust.... 223
7.6.1 Shields and cratons: cores of continents_223
7.6.2 Gneiss terranes__223
7.6.3 Greenstone belts_225
7.6.4 Microplate tectonics and differentiation of the early crust_226
7.7 Climatic Evolution of the Inner Planets.... 228
7.7.1 Habitable zone____228
7.7.2 Faint young sun___230
7.7.3 Weathering and tectonism on the inner planets..230
7.8 Summary_______234
Sources and Further Reading_______236
Key Terms_____237
Review Questions_____238
Food for Thought.... 239
BOX 7.1 How Do We Know the Atmospheric Composition of Other
Planets?.... 221
BOX 7,2 The Fate of Earth_____232
CONTENTS
• ■AFTER І
CHAPTER 10
Origins of Life______241
3.1 Life as a Geologic Force.... 242
8.2 Early Theories of the Origin of Life: Spontaneous Generation and Panspermia.... 242
8.3 What Is Life?.... 244
8.3.1 Basic traits of life_244
8.3.2 Composition of life__244
8.4 Chemical Evolution____245
8.4.1 Early theories__245
8.4.2 Hydrothermal vents and the pyrite world___250
8.4.3 The RNA world .... 253
8.4.4 Autocatalysis__254
8.5 Origin of Eukaryotic Cells.... 254
8.6 Precambrian Fossil Record and Molecular Clocks.... 259
8.7 Summary.... 263
Sources and Further Reading____264
Key Terms_____265
Review Questions______266
Food for Thought.... 267
BOX 8.1 Why Is Life Left-Handed?_____248
BOX 8.2 Is There Life on Other Planets?__262
The Proterozoic: Life Becomes a Geologic Force_____________269
9.1 Significance of the Proterozoic.... 270
9.2 Appearance of Modern Plate Tectonics.... 270
9.3 Sedimentary Rocks and Continental Shelves.... 275
9.4 Oxygenation of Earth s Atmosphere___277
9.4.1 Appearance of oxygen_____277
9.4.2 Stages in the oxygenation of Earth s atmosphere__280
9.4.3 Rise of ozone__281
9.5 Snowball Earth: Earth Out of Balance?_283
9.5.1 Previous hypotheses for Snowball Earths____283
9.5.2 Snowball Earth reexamined____286
9.5.3 How could a Snowball Earth have occurred in the first place?_288
9.5.4 Why were there no Snowball Venuses?___288
9.5.5 Why didn t Snowball Earths recur after the Precambrian?_290
9.6 Summary.... 292
Sources and Further Reading.... 293
Key Terms_____294
Review Questions______294
Food for Thought______295
Life s Big Bang: Origins of Multicellular Animals__________297
10.1 Enigma of Multicellular Organisms.... 298
10.2 Stages of Life s Big Bang__298
10.2.1 Ediacara fauna______298
10.2.2 Trace fossils and early hard parts_300
10.2.3 Burgess Shale and the Cambrian explosion __305
CONTENTS
10.3 What Do These Faunas Tell Us?.... 309
10.4 Why Did Metazoans Appear?.... 312
10.4.1 Snowball Earths___313
10.4.2 Oxygen — 313
10.4.3 Predation____313
10.4.4 Food.... 314
10.4.5 Changes in biogeochemical cycles--315
10.4.6 Ecological and genetic mechanisms — 317
10.4.7 Extinction___317
10.5 Molecular Clocks and the Fossil Record of Early Metazoans.... 318
10.6 Summary.... 319
Sources and Further Reading____320
Key Terms — 2321
Review Questions____321
Food for Thought____321 *
PART III The Phanerozoic: Toward the Modern World — 323
CHAPTER 1 ï The Early-to-Middle Paleozoic World__________________325
11.1 Introduction: Beginnings of the Phanerozoic Eon.... 326
11.2 Tectonic Cycle: Impacts on the Hydrosphere, Atmosphere, and Rock Cycle.... 327
11.2.1 Sea level, C02, and sedimentary facies — 327
11.2.2 Ocean circulation and chemistry___332
11.3 Tectonic Cycle and Orogeny__336
11.3.1 Physiographic provinces of the Appalachian Mountains — 336
11.3.2 Orogenic episodes....338
11.4 Impact of Orogeny on Earth Systems.... 345
11.5 Diversification of the Marine Biosphere_347
11.5.1 Plankton and microfossils.. 348
11.5.2 Benthic ecosystems...350
11.5.3 Reefs..354
11.6 Marine Realm Invades the Terrestrial Biosphere.... 357
11.6.1 Invertebrates..357
11.6.2 Fish.... 358
11.6.3 Amphibians and the invasion of land — 363
11.6.4 Land plants and the greening of the continents .365
11.7 Extinction__369
11.8 Summary — 370
Sources and Further Reading____372
Key Terms_____373
Review Questions----374
Food for Thought----375
BOX 11.1 SWEAT Hypothesis: An Alternative Hypothesis for Early-to-
Middle Paleozoic Continent-Ocean Configurations.... 328
CHAPTER 12 Late Paleozoic World________________377
12.1 Introduction to the Late Paleozoic Era__378
CONTENTS
։ 2,2 Tectonic Cycle: Impacts on the Hydrosphere, Atmosphere, and Rock Cycle.... 379
12.2.1 Sea level, C02, and sedimentary facies — 379
12.2.2 Ocean circulation and chemistry____380
12.3 Tectonic Cycle and Orogeny.... 381
12.3.1 Alleghenian and related orogenies____381
12.3.2 Ancestral Rockies____383
12.3.3 Sonoma orogeny_______383
12.4 Impact of Orogeny on Earth Systems.... 383
12.5 Diversification of the Marine Biosphere.... 386
12.5.1 Plankton and other microfossils____386
12.5.2 Benthic ecosystems_____388
12.6 Diversification of the Terrestrial Biosphere.... 391
12.6.1 Terrestrial floras__391
12.6.2 Terrestrial floras and oxygen_395
12.6.3 Invertebrate life on land__396
12.6.4 Vertebrates___397
12.7 Multiple Causes of Extinction?.... 402
12.8 Summary.... 408
Sources and Further Reading — 411
Key Terms_____412
Review Questions______412
Food for Thought — 413
CHAPTER 1 3 Mesozoic Era__________________415
13.1 Introduction to the Mesozoic Era.... 416
13.2 Tectonic Cycle: Impacts on the Hydrosphere, Atmosphere, and Rock Cycle_417
13.2.1 Rifting of Pangea___417
13.2.2 Sea level, C02, and sedimentary facies___418
13.2.3 Ocean circulation and chemistry____418
13.3 Tectonic Cycle and Orogeny.... 422
13.3.1 Eastern North America______422
13.3.2 Cordilleran Orogenic Belt__423
13.3.3 Orogenic episodes .... 424
13.4 Orogeny, Sea Level, and Sedimentation.... 428
13.5 Diversification of the Marine Biosphere.... 431
13.5.1 Plankton and microfossils__431
13.5.2 Benthic ecosystems_____433
13.5.3 Marine vertebrates_____437
13.6 Diversification of the Terrestrial Biosphere.... 443
13.6.1 Plants and insects__443
13.6.2 Vertebrates___446
13.6.3 Evolution of flight_453
13.6.4 Mammals_______454
13.7 Extinction.... 458
13.7.1 Late Triassic extinctions___458
13.7.2 Late Cretaceous extinctions___459
CONTENTS xi
13.8 Summary.... 462
Sources and Further Reading_______464
Key Terms______466
Review Questions______466
Food for Thought______467
BOX 13.1 Calcareous Plankton and the Evolution of the Geologic
Cycle of Carbon — 435
BOX 13.2 Were Dinosaurs Warm-Blooded ? — 452
BOX 13.3 Late Cretaceous Extinctions and the Scientific Method .... 459
CHAPTER 14 The Paleogene__________________469
14.1 Introduction to the Cenozoic Era.... 470
14.2 Tectonic Cycle and Orogeny____471
14.2.1 Europe and Asia____471
14.2.2 The Pacific Rim____472
14.2.3 Gulf and Atlantic coastal plains_478 f
14.3 Tectonic Cycle: Impacts on Climate, Ocean Circulation, and Chemistry.... 478
14.3.1 Climate and ocean circulation____478
14.3.2 Ocean chemistry____483
14.4 Diversification of the Marine Biosphere.... 484
14.4.1 Microfossils and other invertebrates — 484
14.4.2 Vertebrates___485
14.5 Diversification of the Terrestrial Biosphere.... 485
14.5.1 Plants.... 485
14.5.2 Early evolution and diversification of mammals — 487
14.5.3 Archaic mammals____489
14.5.4 Climate change and mammals — 491
14.5.5 Diversification of modern mammals------496
14.5.6 Birds__498
14.6 Extinction: Glaciers, Volcanoes, and Impacts.... 499
14.7 Summary________502
Sources and Further Reading_______504
Key Terms — 504
Review Questions______505
Food for Thought______505
CHARTER 1 h The Neogene: The Iceman Cometh .... 507
15.1 Introduction to the Neogene_508
15.2 Tectonics and Sedimentation_509
15.2.1 Europe, Asia, and Africa_509
15.2.2 Central and South America___509
15.2.3 Atlantic and Gulf Coasts of North America — 509
15.2.4 Western North America___513
15.2.5 West Coast of North America___516
15.2.6 Evolution of the San Andreas Fault system-516
15.3 How Was the West Widened? Evolution of the Basin and Range — 518
15.3.1 Background____518
15.3.2 Hypotheses for the formation of the Basin and Range — 518
i CONTENTS
15.4 Climate, Ocean Circulation, and Chemistry.... 523
15.5 The Ice Ages : Evolution of a Theory.... 524
15.5.1 Background____524
15.5.2 The eccentricity of James Croll — 524
15.5.3 Precession of the equinoxes___525
15.5.4 Milutin Milankovitch and obliquity_527
15.5.5 Planktonic foraminifera and the oxygen isotope curve_____528
15.6 Neogene Life .... 531
15.6.1 Marine life___531
15.6.2 Land plants__531
15.6.3 Terrestrial vertebrates_532
15.6.4 Evolution of humans_____532
15.7 Extinction .... 544
15.8 Summary.... 546
Sources and Further Reading .... 548
Key Terms_____549
Review Questions.... 549
Food for Thought_____550
BOX 15.1 Shaking the Tree of Human Origins_542
PART !¥ Humans and the Environment.,,. 551
CHAPTER 1 6 Rapid Climate Change During the Holocene_____________________553
16.1 Introduction to the Holocene.... 554
16.2 Beginning of the Holocene.... 554
16.2.1 Sea-level rise___554
16.2.2 Younger Dryas___555
16.3 Rapid Climate Change on Millennial Time Scales.... 564
16.3.1 Rapid climate change involving the oceans___564
16.3.2 Rapid climate change on land .... 565
16.4 Rapid Climate Change on Centennial Time Scales.... 567
16.5 Rapid Climate Change on Interdecadal to Multidecadal Time Scales_568
16.6 Climatic Modes and Climatic Irreversibility.... 572
16.7 Summary.... 574
Sources and Further Reading — 575
Key Terms_____577
Review Questions_____577
Food for Thought_____577
BOX 16.1 Noah s Flood .... 556
BOX 16.2 Floods That Carved the West___560
CHAPTER 17 Humans and Earth Systems: Past, Present, and Future______________________579
17.1 Introduction.... 580
17.2 Examples of Human-Climate Interactions During the Last Millennium.... 580
17.3 Brief History of the Growing Dependence on Fossil Fuels.... 581
17.4 Alternative Energy Sources and Technologies.... 585
17.4.1 Wind, geothermal, and solar energy__589
CONTENTS
17.4.2 Hydroelectric power____589
17.4.3 Nuclear energy____590
17.4.4 Methane gas hydrates___592
17.4.5 Biofuels.... 592
17.4.6 Automobiles__593
17.5 Consequences of Anthropogenic Warming.... 594
17.5.1 Temperature change______594
17.5.2 Sea-level rise — 596
17.5.3 Storms — 597
17.5.4 Fisheries_597
17.5.5 Precipitation patterns_599
17.5.6 Disease___601
17.6 Biodiversity and Extinction.... 602
17.7 Closer to Home.... 608
17.8 Why Should We Care and What Can Be Done?_____608
17.9 Summary______617
Sources and Further Reading____617
Key Terms____619
Review Questions_____619
Food for Thought.... 619
BOX 17.1 Exploration for Petroleum___586
BOX 17.2 Tropical Biodiversity and Tropical Economies_606
BOX 17.3 Marginal Marine Environments and Human Disturbance____609
BOX 17.4 The Individual and the Environment___614
CHAPTER 18 Days of Future Past: Science, Society, and the Nature of Nature___________________621
] 8.1 Ockham s Razor_____622
18.2 Experimental and Historical Sciences.... 622
18.2.1 Hypothesis testing__622
18.2.2 Cause and effect___624
18.2.3 Laws and history___625
18.3 Nature of Earth Systems.... 627
18.3.1 Deep time____627
18.3.2 Scale, process, and measurement____628
18.3.3 Directionality and evolution_630
18.3.4 General characteristics of Earth s systems_631
18.4 Notion of Progress___631
18.5 Science and Society__632
18.6 Summary.... 633
Sources and Further Reading____634
Key Terms — 635
Review Questions.... 635
Glossary.... 636
Index______671
Photo Credits______696
f CONTENTS
|
| any_adam_object | 1 |
| author | Martin, Ronald |
| author_facet | Martin, Ronald |
| author_role | aut |
| author_sort | Martin, Ronald |
| author_variant | r m rm |
| building | Verbundindex |
| bvnumber | BV040418588 |
| classification_rvk | RB 10123 |
| ctrlnum | (OCoLC)807942859 (DE-599)HBZHT017268951 |
| dewey-full | 551.7 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 551 - Geology, hydrology, meteorology |
| dewey-raw | 551.7 |
| dewey-search | 551.7 |
| dewey-sort | 3551.7 |
| dewey-tens | 550 - Earth sciences |
| discipline | Geologie / Paläontologie Geographie |
| format | Book |
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| genre | (DE-588)4151278-9 Einführung gnd-content |
| genre_facet | Einführung |
| id | DE-604.BV040418588 |
| illustrated | Illustrated |
| indexdate | 2024-07-10T00:23:38Z |
| institution | BVB |
| isbn | 9781449648909 9780763780012 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-025271383 |
| oclc_num | 807942859 |
| open_access_boolean | |
| owner | DE-703 DE-20 DE-29 DE-384 |
| owner_facet | DE-703 DE-20 DE-29 DE-384 |
| physical | XIX, 698 S. Ill., graph. Darst., Kt. |
| publishDate | 2013 |
| publishDateSearch | 2013 |
| publishDateSort | 2013 |
| publisher | Jones and Bartlett |
| record_format | marc |
| series2 | Jones & Bartlett learning |
| spelling | Martin, Ronald Verfasser aut Earth's evolving systems the history of planet Earth Ronald Martin Burlington, Mass. Jones and Bartlett 2013 XIX, 698 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Jones & Bartlett learning Includes online access code Historische Geologie (DE-588)4025104-4 gnd rswk-swf (DE-588)4151278-9 Einführung gnd-content Historische Geologie (DE-588)4025104-4 s DE-604 Digitalisierung UB Augsburg - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025271383&sequence=000003&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Klappentext Digitalisierung UB Augsburg - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025271383&sequence=000004&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Martin, Ronald Earth's evolving systems the history of planet Earth Historische Geologie (DE-588)4025104-4 gnd |
| subject_GND | (DE-588)4025104-4 (DE-588)4151278-9 |
| title | Earth's evolving systems the history of planet Earth |
| title_auth | Earth's evolving systems the history of planet Earth |
| title_exact_search | Earth's evolving systems the history of planet Earth |
| title_full | Earth's evolving systems the history of planet Earth Ronald Martin |
| title_fullStr | Earth's evolving systems the history of planet Earth Ronald Martin |
| title_full_unstemmed | Earth's evolving systems the history of planet Earth Ronald Martin |
| title_short | Earth's evolving systems |
| title_sort | earth s evolving systems the history of planet earth |
| title_sub | the history of planet Earth |
| topic | Historische Geologie (DE-588)4025104-4 gnd |
| topic_facet | Historische Geologie Einführung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025271383&sequence=000003&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=025271383&sequence=000004&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA |
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