Tectonic uplift and climate change:
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
New York [u.a.]
Plenum Press
1997
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| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XX, 535 S. Ill., graph. Darst., Kt. |
| ISBN: | 0306456427 |
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Datensatz im Suchindex
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| adam_text | TECTONIC UPLIFT AND CLIMATE CHANGE EDITED BY WILLIAM F. RUDDIMAN
UNIVERSITY OF VIRGINIA CHARLOTTESVILLE, VIRGINIA PLENUM PRESS * NEW YORK
AND LONDON CONTENTS PART I. INTRODUCTION CHAPTER 1 INTRODUCTION TO THE
UPLIFT-CLIMATE CONNECTION WILLIAM F. RUDDIMAN AND WARREN L. PRELL 1.
INTRODUCTION 3 2. INITIAL UPLIFT-CLIMATE HYPOTHESES 5 2.1. PHYSICAL
EFFECTS OF UPLIFT ON CLIMATE 5 2.2. BIOGEOCHEMICAL EFFECTS OF UPLIFT ON
CLIMATE VIA CO 2 8 3. CHALLENGES TO THE UPLIFT-CLIMATE HYPOTHESES 10
3.1. MISINTERPRETATIONS OF THE EXTENT OF TRUE (SURFACE) UPLIFT . . . .
10 3.2. INTERPRETATION OF CHEMICAL WEATHERING PROXIES 11 3.3. LACK OF
NEGATIVE FEEDBACK IN THE UPLIFT-WEATHERING HYPOTHESIS 11 4. OUTLINE OF
THE VOLUME 12 4.1. UPLIFT HISTORIES: TRUE SURFACE UPLIFT VERSUS
ISOSTATIC REBOUND . 12 4.2. NEW GENERAL CIRCULATION MODELING
OPPORTUNITIES 13 4.3. PHYSICAL AND CHEMICAL WEATHERING 14 REFERENCES 15
PART II. EVIDENCE OF CENOZOIC UPLIFT CHAPTER 2 THE WHEN AND WHERE OF THE
GROWTH OF THE HIMALAYA AND THE TIBETAN PLATEAU PETER COPELAND 1.
INTRODUCTION 20 2. MAJOR STRUCTURES IN THE HIMALAYA AND THE SOUTHERN
TIBETAN PLATEAU 21 3. INDIRECT METHODS OF ASSESSING TECTONISM 26 4.
RELATIONS BETWEEN TECTONICS AND CLIMATE 33 REFERENCES 36 XI XII CONTENTS
CHAPTER 3 VARIABILITY IN AGE OF INITIAL SHORTENING AND UPLIFT IN THE
CENTRAL ANDES, 16-3330 S TERESA E. JORDAN, JAMES H. REYNOLDS III, AND
JOHAN P. ERIKSON 1. INTRODUCTION 42 2. OLIGOCENE CRUSTAL THICKNESS AND
NEOGENE UPLIFT HISTORY 46 2.1. REGION 1: ALTIPLANO-EASTERN
CORDILLERA-SUB-ANDEAN ZONE (16-23S) 46 2.2. REGION 2: MARICUNGA
BELT-PUNA-EASTERN CORDILLERA-SANTA BARBARA SYSTEM (23-28S) 50 2.3.
REGION 3: FLAT-SLAB REGION: FRONTAL CORDILLERA-PRE-CORDILLERA- SIERRAS
PAMPEANAS (29-3130 S) 53 2.4. REGION 4: PRINCIPAL CORDILLERA-FRONTAL
CORDILLERA- PRE-CORDILLERA (313O -333O S) 55 3. CONCLUSIONS 56
REFERENCES 59 CHAPTER 4 LATE NEOGENE UPLIFT IN EASTERN AND SOUTHERN
AFRICA AND ITS PALEOCLIMATIC IMPLICATIONS TIMOTHY C. PARTRIDGE 1.
INTRODUCTION: PLATE TECTONIC SETTING 64 2. REGIONAL TECTONIC RESPONSES
66 3. EAST AFRICA 70 3.1. UPLIFT AND VOLCANISM 70 3.2. CLIMATIC EFFECTS
OF UPLIFT 75 4. SOUTHERN AFRICA 78 4.1. THE INTERPLAY BETWEEN TECTONISM
AND CLIMATE DURING THE CENOZOJC 78 4.2. LATE NEOGENE CLIMATIC RESPONSES
82 5. CONCLUSIONS 83 REFERENCES 84 PART III. GENERAL CIRCULATION MODEL
STUDIES OF UPLIFT EFFECTS ON CLIMATE CHAPTER 5 MOUNTAINS AND MIDLATITUDE
ARIDITY ANTHONY J. BROCCOLI AND SYUKURO MANABE 1. INTRODUCTION 90 2.
DISTRIBUTION OF ARID CLIMATES 90 3. REVIEW OF PREVIOUS CLIMATE MODELING
WORK 91 CONTENTS XIII 4. MODEL DESCRIPTION 92 5. EXPERIMENTAL DESIGN 93
6. SIMULATED DISTRIBUTION OF DRY CLIMATES 95 7. LARGE-SCALE ATMOSPHERIC
CIRCULATION 101 7.1. WINTER 104 7.2. SUMMER 106 8. WATER VAPOR TRANSPORT
110 9. ROLE OF SOIL MOISTURE FEEDBACK 114 10. PALEOCLIMATIC IMPLICATIONS
117 11. SUMMARY AND CONCLUDING REMARKS 118 REFERENCES 120 CHAPTER 6 THE
EFFECTS OF UPLIFT ON OCEAN-ATMOSPHERE CIRCULATION DAVID RIND, GARY
RUSSELL, AND WILLIAM F. RUDDIMAN 1. INTRODUCTION 124 2. PREVIOUS
MODELING STUDIES 125 3. MODEL AND EXPERIMENTAL PROCEDURE 126 4. RESULTS
128 4.1. ATMOSPHERIC CHANGES 128 4.2. OCEANIC CHANGES 130 4.3. CLIMATE
CHANGES 139 5. DISCUSSION 142 5.1. TRANSIENT VERSUS EQUILIBRIUM RESPONSE
142 5.2. COMPARISON WITH PREVIOUS MODELING STUDIES 143 5.3. RELEVANCE
FOR THE CENOZOIC 144 5.4. RELATIONSHIP TO THE CENOZOIC CLIMATIC DECLINE
145 6. CONCLUSIONS 145 REFERENCES 147 CHAPTER 7 POSSIBLE EFFECTS OF
CENOZOIC UPLIFT AND CO 2 LOWERING ON GLOBAL AND REGIONAL HYDROLOGY JOHN
E. KUTZBACH, WILLIAM F. RUDDIMAN, AND WARREN L. PRELL 1. INTRODUCTION
150 2. SIMULATIONS 150 2.1. OROGRAPHY CHANGES 150 2.2. OROGRAPHY AND CO
2 CHANGES 151 2.3. MODELS 154 3. RESULTS 155 3.1. GLOBAL AND
LATITUDINAL-AVERAGE CHANGES 155 3.2. REGIONAL CHANGES 157 XIV CONTENTS
3.3. CHANGES IN FREQUENCY OF EXTREME PRECIPITATION AND RUNOFF EVENTS 161
3.4. CHANGES IN FRESHWATER FLUX TO THE OCEANS 162 4. DISCUSSION 164
REFERENCES 169 CHAPTER 8 THE IMPACT OF TIBET-HIMALAYAN ELEVATION ON THE
SENSITIVITY OF THE MONSOON CLIMATE SYSTEM TO CHANGES IN SOLAR RADIATION
WARREN L. PRELL AND JOHN E. KUTZBACH 1. INTRODUCTION 172 2.
ELEVATION-RADIATION EXPERIMENTS 173 3. CLIMATE RESPONSES TO CHANGES IN
ELEVATION AND RADIATION . . . . 176 3.1. SURFACE TEMPERATURE 176 3.2.
PRECIPITATION 180 3.3. RUNOFF 183 4. SENSITIVITY OF THE MONSOON
HYDROLOGIC CYCLES TO ELEVATION CHANGE 185 5. ESTIMATES OF MONSOON
VARIABILITY AND EVOLUTION 188 5.1. EQUILIBRIUM SENSITIVITY COEFFICIENT
MODEL FOR MONSOON RUNOFF 188 5.2. RADIATION AND ELEVATION FORCING TIME
SERIES 189 5.3. SIMULATIONS OF MONSOON EVOLUTION AND VARIABILITY 190 6.
SIMULATIONS FOR UPLIFT-MONSOON INTERACTIONS 192 6.1. IMPLICATIONS FOR
MONSOONAL RUNOFF PATTERNS 192 6.2. ASSOCIATIONS AMONG SURFACE UPLIFT,
MONSOONAL RUNOFF, WEATHERING, SEDIMENT TRANSPORT, AND SEA-LEVEL CHANGES
. . . 193 7. SUMMARY 200 REFERENCES 200 CHAPTER 9 TESTING THE CLIMATIC
EFFECTS OF OROGRAPHY AND CO 2 WITH GENERAL CIRCULATION AND BIOME MODELS
WILLIAM F. RUDDIMAN, JOHN E. KUTZBACH, AND I. COLIN PRENTICE 1.
INTRODUCTION 204 2. REVIEW OF MODELS 205 2.1. BIOME MODEL 205 2.2.
GENERAL CIRCULATION MODEL (CCM1) 206 3. EXPERIMENTAL DESIGN 206 3.1.
COMBINED USE OF BIOME AND CCM1 MODELS 206 3.2. BOUNDARY CONDITIONS FOR
SENSITIVITY TESTS 207 3.3. PALEOBOTANICAL DATA AND BIOME MODEL
SIMULATIONS 209 CONTENTS XV 4. GCM RESULTS: SIMULATED CLIMATE CHANGES
210 4.1. TEMPERATURE CHANGES 210 4.2. PRECIPITATION AND SURFACE WETNESS
CHANGES 214 5. BIOME MODEL RESULTS: SIMULATED VEGETATION CHANGES 220
5.1. SOUTHWARD BIOME SHIFTS IN HIGH NORTHERN LATITUDES 221 5.2.
INTENSIFIED MOISTURE CONTRASTS IN SOUTHERN ASIA 225 5.3. DRIER BIOMES IN
INTERIOR NORTH AMERICA AND ASIA 226 6. COMPARISON OF BIOMES WITH
PALEOBOTANICAL DATA 226 6.1. HIGH NORTHERN LATITUDES 226 6.2. SOUTHERN
ASIA 229 6.3. INTERIOR NORTH AMERICA AND ASIA 230 7. SUMMARY 231
REFERENCES 233 PART IV. GEOLOGICAL AND GEOCHEMICAL EVIDENCE OF UPLIFT
EFFECTS ON WEATHERING AND CO 2 CHAPTER 10 FLUVIAL SEDIMENT DISCHARGE TO
THE SEA AND THE IMPORTANCE OF REGIONAL TECTONICS JOHN D. MILLIMAN 1.
INTRODUCTION 240 2. FACTORS AFFECTING SUSPENDED SEDIMENT DISCHARGE 240
2.1. TOPOGRAPHY AND TECTONICS 240 2.2. BASIN AREA 243 2.3. PRECIPITATION
246 2.4. GEOLOGY 246 2.5. HUMAN ACTIVITY 249 2.6. SOME CAUTIONS 249 3.
FACTORS AFFECTING DISSOLVED SEDIMENT DISCHARGE 250 4. TECTONIC EFFECTS
ON THE SEDIMENTARY RECORD 254 5. SUMMARY 255 REFERENCES 256 CHAPTER 11
THE EFFECT OF LATE CENOZOIC GLACIATION AND TECTONIC UPLIFT ON SILICATE
WEATHERING RATES AND THE MARINE 87 SR/ 86 SR RECORD JOEL D. BLUM 1.
INTRODUCTION 260 1.1. DESCRIPTION OF THE WIND RIVER MOUNTAINS SOIL
CHRONOSEQUENCE 261 XVI CONTENTS 1.2. SAMPLE COLLECTION AND ANALYSIS 263
2. RESULTS 264 2.1. RELATION BETWEEN WEATHERING RATES AND SOIL AGE 264
2.2. RELATION BETWEEN 87 SR/ 86 SR RELEASED BY WEATHERING AND SOIL AGE
269 3. DISCUSSION 272 3.1. SILICATE VERSUS CARBONATE WEATHERING 272 3.2.
POWER-LAW RELATION BETWEEN SOIL AGE AND WEATHERING RATES 273 3.3.
APPLICATION OF CHRONOSEQUENCE STUDIES TO GLOBAL WEATHERING 275 3.4.
IMPLICATIONS OF CHRONOSEQUENCE STUDIES FOR THE MARINE 87 SR/ 86 SR
RECORD 279 3.5. TECTONIC UPLIFT AND SILICATE WEATHERING RATES 283 4.
AREAS FOR FURTHER RESEARCH 285 REFERENCES 286 CHAPTER 12 HIMALAYAN
WEATHERING AND EROSION FLUXES: CLIMATE AND TECTONIC CONTROLS LOUIS A.
DERRY AND CHRISTIAN FRANCE-LANORD 1. INTRODUCTION 290 2. SEDIMENTS AS
THE RECORD OF EROSION AND WEATHERING 290 3. THE BENGAL FAN 291 4. ND AND
SR ISOTOPIC CONSTRAINTS ON SEDIMENT PROVENANCE 294 5. SEDIMENTARY
CONSTRAINTS ON EARLY MIOCENE HIMALAYAN ELEVATIONS . 296 6. 5 18 O AND
DD CONSTRAINTS ON WEATHERING PROCESSES 296 7. (5 13 C CONSTRAINTS ON THE
WEATHERING PALEOENVIRONMENT 299 8. WEATHERING ENVIRONMENTS AND 87 SR/ 86
SR OF HIMALAYAN RIVERS . . . 301 9. A MODEL FOR NEOGENE WEATHERING
PROCESSES IN THE HIMALAYA . . . 306 10. CONCLUSION 309 REFERENCES 310
CHAPTER 13 LATE CENOZOIC VEGETATION CHANGE, ATMOSPHERIC CO 2 , AND
TECTONICS THURE E. CEDING 1. INTRODUCTION 314 2. CHARACTERISTICS OF
TERRESTRIAL PLANTS AND ECOSYSTEMS 315 2.1. C 3 PATHWAY 315 2.2. C 4
PATHWAY 316 2.3. CAM PLANTS 316 CONTENTS XVII 2.4. SOILS: 5 13 C AND 5
18 O 317 2.5. DIET 317 3. GLOBAL OBSERVATIONS 317 3.1. INDIAN
SUBCONTINENT 317 3.2. EAST AFRICA 319 3.3. SOUTH AMERICA 321 3.4. NORTH
AMERICA 321 3.5. WESTERN EUROPE 321 3.6. GLOBAL SUMMARY 321 4. GLOBAL
CHANGE IN THE NEOGENE: CHANGES IN ATMOSPHERIC CO 2 ? . . . 322 5.
RELATION TO THE LATE NEOGENE 6 CARBON ISOTOPE SHIFT IN THE OCEAN . 322
6. SUMMARY 325 REFERENCES 325 CHAPTER 14 CHEMICAL WEATHERING YIELDS FROM
BASEMENT AND OROGENIC TERRAINS IN HOT AND COLD CLIMATES JOHN M. EDMOND
AND YOUNGSOOK HUH 1. INTRODUCTION 330 2. SOME STRATEGIC CONSIDERATIONS
331 3. THE EXISTING DATA SET 334 3.1. BASEMENT TERRAINS 335 3.2. THE
CONTINENTAL ARC OF THE WESTERN AMERICAS, 15S-70N . . . 342 3.3. THE
HIMALAYAN COLLISION ZONE 347 4. CONCLUSIONS 349 REFERENCES 350 CHAPTER
15 SILICATE WEATHERING AND CLIMATE ROBERT A. BERNER AND ELIZABETH K.
BERNER 1. INTRODUCTION 354 2. SILICATE WEATHERING RATE ON THE PRESENT
EARTH 356 2.1. STUDIES OF RIVER WATER CHEMISTRY 356 2.2. STUDIES OF CLAY
WEATHERING PRODUCTS 360 2.3. EXPERIMENTAL STUDIES 361 3. SILICATE
WEATHERING OVER GEOLOGIC TIME: CLIMATE, TECTONICS, AND EVOLUTION 362 4.
CONCLUSIONS 364 REFERENCES 364 XVIII CONTENTS CHAPTER 16 CARBON CYCLE
MODELS*HOW STRONG ARE THE CONSTRAINTS? MAUREEN E. RAYMO 1. INTRODUCTION
368 2. BACKGROUND 369 3. MASS BALANCE CONSTRAINTS 370 4. SENSITIVITY
TESTS 373 4.1. RATE OF SEDIMENTARY CYCLING (J ER ) 373 4.2. RIVER
ISOTOPIC VALUE ( 5 RIV ) 375 4.3. MEAN ISOTOPIC COMPOSITION OF
SEDIMENTARY CARBONATE RESERVOIR ( 5 AYE ) 375 4.4. MEAN ISOTOPE
FRACTIONATION BETWEEN CARBONATE AND OM BEING BURIED (AS) 377 4.5. MEAN
ISOTOPE FRACTIONATION BETWEEN CARBONATE AND OM BEING ERODED (AE) 377 5.
DISCUSSION 379 REFERENCES 380 CHAPTER 17 OS ISOTOPE RECORD IN A CENOZOIC
DEEP-SEA CORE: ITS RELATION TO GLOBAL TECTONICS AND CLIMATE KARL K.
TUREKIAN AND WILLIAM J. PEGRAM 1. INTRODUCTION 384 2. METHODS AND
RESULTS 385 3. DISCUSSION 389 3.1. THE RELATION OF 87 SR/ 86 SR TO 187
OS/ 186 OS 389 3.2. THE RELATION OF 3 HE CONCENTRATION AND 187 OS/ 186
OS 391 3.3. OXYGEN ISOTOPES, 187 OS/ 186 OS, AND 3 HE CONCENTRATION
CORRELATIONS 394 4. SUMMARY 395 REFERENCES 396 CHAPTER 18 GLOBAL
CHEMICAL EROSION DURING THE CENOZOIC: WEATHERABILITY BALANCES THE
BUDGETS LEE R. KUMP AND MICHAEL A. ARTHUR 1. INTRODUCTION 400 2.
DESCRIPTION OF THE MODEL 402 2.1. PRESENT-DAY STEADY STATE 403 2.2. FLUX
RELATIONSHIPS 405 2.3. CALCULATING STEADY STATES 409 CONTENTS XIX 3.
RESULTS 411 3.1. ORGANIC AND CARBONATE C DEPOSITION 411 3.2. RIVERINE SR
ISOTOPIC COMPOSITION 413 4. IMPLICATIONS FOR CENOZOIC OCEANS AND CLIMATE
413 4.1. CARBONATE PARTITIONING AND THE CCD 413 4.2. SR MASS BALANCE AND
SR/CA RATIOS 417 4.3. ATMOSPHERIC PCO 2 418 4.4. GENERAL IMPLICATIONS
FOR THE RELATIONSHIP BETWEEN TECTONICS AND CLIMATE 419 REFERENCES 424
CHAPTER 19 THE MARINE SR/^SR AND D L8 O RECORDS, HIMALAYAN ALKALINITY
FLUXES AND CENOZOIC CLIMATE MODELS SEAN E. MCCAULEY AND DONALD J.
DEPAOLO 1. INTRODUCTION 428 2. THE CENOZOIC RECORDS 430 2.1. OXYGEN
ISOTOPES 430 2.2. STRONTIUM ISOTOPES 431 2.3. SEAFLOOR GENERATION RATES
432 3. DECONSTRUCTING BLAG 435 3.1. STRUCTURE 435 3.2. RECASTING THE
BLAG MODELS 437 3.3. BLAG VERSUS CENOZOIC PALEOTEMPERATURES 441 4.
QUANTIFYING THE RAYMO HYPOTHESIS 444 4.1. THE MARINE STRONTIUM ISOTOPE
RECORD AND HIMALAYAN ALKALINITY FLUXES 444 4.2. COMPARISON OF THE
STRONTIUM MASS-BALANCE RESULTS WITH THE OXYGEN ISOTOPE RECORD 447 4.3.
MODERN ALKALINITY FLUXES FROM HIMALAYAN-TIBETAN PLATEAU RIVERS 447 4.4.
ESTIMATING PALEOALKALINITY FLUXES FROM BENGAL FAN SEDIMENTS 452 5.
IMPACT OF HIMALAYAN ALKALINITY FLUXES ON ATMOSPHERIC CO 2 : AN OCEAN
CHEMICAL MODEL 454 6. DISCUSSION 458 6.1. CENOZOIC ALKALINITY FLUXES 459
6.2. SURFACE/DEEP OCEAN DISEQUILIBRIUM 460 6.3. HETEROGENEOUS BUFFERING
MECHANISMS 460 7. OTHER CONSIDERATIONS 463 8. CONCLUSION 464 REFERENCES
465 XX CONTENTS PART V. SYNTHESIS CHAPTER 20 THE UPLIFT-CLIMATE
CONNECTION: A SYNTHESIS WILLIAM F. RUDDIMAN, MAUREEN E. RAYMO, WARREN L.
PRELL, AND JOHN E. KUTZBACH 1. INTRODUCTION 471 2. CENOZOIC UPLIFT 472
2.1. CENOZOIC UPLIFT CREATED MOST MODERN HIGH-ELEVATION TERRAIN 472 2.2.
MODERN OROGRAPHY IS UNUSUALLY HIGH COMPARED TO GEOLOGIC HISTORY 473 3.
EFFECTS OF CENOZOIC UPLIFT ON CIRCULATION AND CLIMATE 478 3.1. UPLIFT
HAS COOLED MIDLATITUDE PLATEAU REGIONS 478 3.2. UPLIFT HAS INCREASED
MEANDERING OF THE STANDING WAVES . . . 478 3.3. UPLIFT HAS INCREASED
OROGRAPHIC PRECIPITATION 482 3.4. UPLIFT HAS INCREASED SEASONAL,
ORBITAL, AND FLOOD-EVENT PRECIPITATION 483 3.5. UPLIFT HAS CAUSED DRYING
OF MIDLATITUDE CONTINENTAL INTERIORS 486 4. EFFECTS OF UPLIFT ON
PHYSICAL AND CHEMICAL WEATHERING 487 4.1. CENOZOIC UPLIFT HAS INCREASED
PHYSICAL WEATHERING IN OROGENIC BELTS 488 4.2. CENOZOIC UPLIFT HAS
INCREASED GLOBAL PHYSICAL WEATHERING . . 490 4.3. CENOZOIC UPLIFT HAS
INCREASED CHEMICAL WEATHERING IN OROGENIC BELTS 491 5. EFFECTS OF
UPLIFT-DRIVEN CHANGES IN CO 2 AND CLIMATE 494 5.1. UPLIFT-DRIVEN
CHEMICAL WEATHERING HAS LOWERED CO 2 LEVELS 494 5.2. UPLIFT-DRIVEN CO 2
COOLING AND DRYING 498 5.3. CLIMATIC FEEDBACKS DRIVEN BY DECREASING CO 2
501 6. HYPOTHESES OF CENOZOIC CLIMATE CHANGE 504 6.1. SUMMARY OF UPDATED
UPLIFT-CLIMATE HYPOTHESIS 504 6.2. OTHER SOURCES OF CENOZOIC CLIMATE
FORCING 508 6.3. ONGOING ISSUES 509 REFERENCES 511 INDEX 517
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| genre | (DE-588)4143413-4 Aufsatzsammlung gnd-content |
| genre_facet | Aufsatzsammlung |
| id | DE-604.BV011944779 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T18:18:56Z |
| institution | BVB |
| isbn | 0306456427 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-008074945 |
| oclc_num | 37755073 |
| open_access_boolean | |
| owner | DE-20 DE-12 DE-29 DE-703 DE-11 DE-188 |
| owner_facet | DE-20 DE-12 DE-29 DE-703 DE-11 DE-188 |
| physical | XX, 535 S. Ill., graph. Darst., Kt. |
| publishDate | 1997 |
| publishDateSearch | 1997 |
| publishDateSort | 1997 |
| publisher | Plenum Press |
| record_format | marc |
| spelling | Tectonic uplift and climate change ed. by William F. Ruddiman New York [u.a.] Plenum Press 1997 XX, 535 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Klimaänderung Climatic changes Geology, Stratigraphic Cenozoic Weather Effect of mountains on Hebung Geologie (DE-588)4317123-0 gnd rswk-swf Klima (DE-588)4031170-3 gnd rswk-swf Klimaänderung (DE-588)4164199-1 gnd rswk-swf Orografie (DE-588)4115472-1 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Hebung Geologie (DE-588)4317123-0 s Klimaänderung (DE-588)4164199-1 s DE-604 Orografie (DE-588)4115472-1 s Klima (DE-588)4031170-3 s Ruddiman, William F. Sonstige oth GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008074945&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Tectonic uplift and climate change Klimaänderung Climatic changes Geology, Stratigraphic Cenozoic Weather Effect of mountains on Hebung Geologie (DE-588)4317123-0 gnd Klima (DE-588)4031170-3 gnd Klimaänderung (DE-588)4164199-1 gnd Orografie (DE-588)4115472-1 gnd |
| subject_GND | (DE-588)4317123-0 (DE-588)4031170-3 (DE-588)4164199-1 (DE-588)4115472-1 (DE-588)4143413-4 |
| title | Tectonic uplift and climate change |
| title_auth | Tectonic uplift and climate change |
| title_exact_search | Tectonic uplift and climate change |
| title_full | Tectonic uplift and climate change ed. by William F. Ruddiman |
| title_fullStr | Tectonic uplift and climate change ed. by William F. Ruddiman |
| title_full_unstemmed | Tectonic uplift and climate change ed. by William F. Ruddiman |
| title_short | Tectonic uplift and climate change |
| title_sort | tectonic uplift and climate change |
| topic | Klimaänderung Climatic changes Geology, Stratigraphic Cenozoic Weather Effect of mountains on Hebung Geologie (DE-588)4317123-0 gnd Klima (DE-588)4031170-3 gnd Klimaänderung (DE-588)4164199-1 gnd Orografie (DE-588)4115472-1 gnd |
| topic_facet | Klimaänderung Climatic changes Geology, Stratigraphic Cenozoic Weather Effect of mountains on Hebung Geologie Klima Orografie Aufsatzsammlung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008074945&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT ruddimanwilliamf tectonicupliftandclimatechange |