Late Cenozoic of Patagonia and Tierra del Fuego (eBook)
524 Seiten
Elsevier Science (Verlag)
978-0-08-055889-9 (ISBN)
* One-stop resource for paleontological information of the Late Cenozoic of Patagonia
* Covers 5 million years in the uninterrupted history of Patagonia and Tierra del Fuego
* Comprehensive coverage of the region written by highly-qualified Argentine scientists and scholar
Written by highly qualified Argentine scientists and scholars, this book focuses on the uninterrupted geological and paleontological record of Patagonia and Tierra del Fuego since the Miocene-Pliocene boundary to the arrival of man and modern times. This region is an outstanding area for research, with significant interest at the international level. It provides an updated overview of the scientific work in all related fields with a strong paleoclimatic approach. Patagonia has also been a sort of a "e;paleoclimatic bridge"e; between the Antarctic Peninsula and the more northerly land masses, since the final opening of the Drake Passage in the middle Miocene. Timely and comprehensive, The Late Cenozoic of Patagonia and Tierra del Fuego is the only monograph book written in English.* One-stop resource for paleontological information of the Late Cenozoic of Patagonia* Covers 5 million years in the uninterrupted history of Patagonia and Tierra del Fuego* Comprehensive coverage of the region written by highly qualified Argentine scientists and scholars
Front Cover 1
The Late Cenozoic of Patagonia and Tierra Del Fuego 4
Copyright Page 5
Table of Contents 8
Chapter 1 Introduction 10
Chapter 2 Calvin John Heusser (1924–2006): A Life Devoted to the Quaternary of Patagonia and Tierra del Fuego 16
Chapter 3 The Physical Geography of Patagonia and Tierra del Fuego 22
1. Introduction 22
2. Geological Provinces 23
3. Climate 29
4. Hydrographic Basins 31
5. Morphoclimatic Units 39
6. Soils 45
7. Vegetation 47
8. Landscape Units 52
9. Final Comments 60
References 61
Chapter 4 Tectonic Evolution of the Patagonian Andes 66
1. Introduction 66
2. Geologic Framework 66
3. Tectonic Setting 69
4. Miocene Uplift 70
5. Sediment Supply to the Trench 72
6. Denudation Rates 74
7. Tectonics and Glaciation 75
8. Conclusions 76
Acknowledgments 76
References 76
Chapter 5 Neotectonics, Seismology and Paleoseismology 82
1. Introduction 82
2. Seismotectonic Regions 86
3. Seismicity 92
4. Paleoseismicity 95
5. Secondary Paleoseismic Evidence 95
6. Discussion 99
Acknowledgments 99
References 99
Chapter 6 Late Cenozoic Quaternary Volcanism in Patagonia and Tierra del Fuego 104
1. Introduction 104
2. Late Cenozoic Tectonic Setting of Volcanism 104
3. Late Cenozoic Magmatic Processes 106
4. Volcanism in the Patagonian Cordillera 106
5. Volcanism in Extra-Andean Patagonia 110
6. Quaternary Tephras 114
7. Volcanism and Glacial Processes 115
8. Concluding Remarks 116
References 116
Chapter 7 Late Cenozoic Paleomagnetic Studies in Patagonia 130
1. Introduction 130
2. Paleomagnetic Studies from Lava Flows 131
3. Paleomagnetic Studies from Glaciolacustrine Sediments 141
4. Paleomagnetic Studies from Sedimentary Sequences 144
5. Paleomagnetic Studies on Lake Cores 146
6. Final Remarks 151
References 154
Chapter 8 Late Cenozoic Glaciations in Patagonia and Tierra del Fuego 160
1. Introduction 160
2. Glaciers in Patagonia and Tierra del Fuego 160
3. Snowline Position and Distribution of Past and Present Glaciers 163
4. Glaciations in Patagonia and Tierra del Fuego 164
5. Discussion 198
6. Final Remarks 204
Acknowledgments 205
References 205
Chapter 9 The Late Cenozoic Fluvial Deposits of Argentine Patagonia 214
1. Introduction 214
2. Previous Work 215
3. Criteria Adopted in this Work 217
4. Fluvial Valley Deposits 219
5. Glaciofluvial Deposits 220
6. Piedmont Deposits 226
7. Final Remarks 230
References 231
Chapter 10 Coastal Geology and Morphology of Patagonia and the Fuegian Archipelago 236
1. Introduction 236
2. Coastal Settings 236
3. Pliocene–Pleistocene Interglacial Episodes 236
4. Holocene Transgression 241
5. Holocene Sea-level Curves 241
6. Cliffs and Beach Ridge Plains 242
7. Estuarine Environments 244
8. Tectonics 245
9. Conclusions 245
References 246
Chapter 11 Late Pleistocene Environmental Change in Eastern Patagonia and Tierra del Fuego – A Limnogeological Approach 250
1. Introduction: Lakes and Limnogeology 250
2. Main Components of the Patagonia Climate System 250
3. Methodology 251
4. Limnogeological Case Studies from Northeastern Patagonia 252
5. Limnogeological Case Studies from Central Eastern Patagonia 256
6. Limnogeological Case Studies from the Fuegian Archipelago 257
7. Outlook 258
Acknowledgments 259
References 259
Chapter 12 Geocryology of Southern South America 264
1. Introduction 264
2. Present Periglaciation 266
3. Patagonian Pleistocene Permafrost 268
4. Other Indicators of Former Permafrost 271
5. Conclusions, Discussion and Recommendations 272
Acknowledgments 274
References 274
Chapter 13 Neogene Vertebrates from Argentine Patagonia: Their Relationship with the Most Significant Climatic Changes 278
1. Introduction 278
2. Climate 278
3. The Santacrucian Stage 280
4. The Friasian and Colloncuran Stages 284
5. The Mayoan Stage 285
6. The Huayquerian Stage 285
7. The Huayquerian–Montehermosan Stages 285
8. The Lujanian Stage 286
9. Discussion 287
Acknowledgments 287
References 287
Chapter 14 Late Cenozoic Invertebrate Paleontology of Patagonia and Tierra del Fuego, with Emphasis on Molluscs 294
1. Introduction 294
2. Area of Study and Environmental Conditions of the Present-Day Littoral Zone 295
3. Previous Studies 298
4. Fossiliferous Localities and Fossil Content 299
5. Quaternary Molluscs and Associated Macroinvertebrates 299
6. Other Invertebrate Groups Recovered or Mentioned by Previous Authors 322
7. Paleoenvironments and Paleoclimate 325
8. Concluding Remarks 327
Acknowledgments 328
References 328
Chapter 15 Calcareous Microfossils (Foraminifera and Ostracoda) of the Late Cenozoic from Patagonia and Tierra del Fuego: A Review 336
1. Introduction 336
2. Continental Sequences 337
3. Marine Sequences 339
4. Conclusions 342
Acknowledgments 343
References 343
Chapter 16 Late Miocene Continental and Marine Palynological Assemblages from Patagonia 352
1. Introduction 352
2. Materials and Methods 353
3. Palynological Assemblage Composition 353
4. Discussion and Conclusions 356
Acknowledgements 357
References 357
Chapter 17 Late Quaternary Vegetation and Climate of Patagonia 360
1. Introduction 360
2. Modern Climate and Vegetation 360
3. Vegetational History and Climate Reconstruction 363
4. Final Remarks 372
Acknowledgments 373
References 373
Chapter 18 Late and Postglacial Paleoenvironments of Tierra del Fuego: Terrestrial and Marine Palynological Evidence 378
1. Introduction 378
2. Geographical Setting 378
3. Terrestrial and Marine Paleoenvironmental and Paleoclimatic Reconstruction of Tierra del Fuego 378
4. Charcoal and Human Ocupation of Tierra del Fuego 386
5. Conclusions 388
References 389
Chapter 19 Diatoms from Patagonia and Tierra del Fuego 392
1. Introduction 392
2. Lacustrine Records 392
3. Coastal-Marine Environments 397
4. Conclusions 400
Acknowledgments 400
References 400
Chapter 20 Quaternary Fossil Insects from Patagonia 402
1. Introduction: The Importance of Patagonia for Climatic Studies 402
2. Paleoclimatic Proxies 402
3. Chironomids 403
4. Beetles 405
5. Quantitative Temperature Reconstructions Using Fossil Insects 406
6. Fossil Insects and Climate Studies in South America 408
7. Future Investigations in Patagonia 415
Acknowledgments 415
References 415
Chapter 21 Understanding Climate from Patagonian Tree Rings 420
1. Introduction 420
2. Climate of Southwestern South America 420
3. Broad Climate Controls 422
4. The Southern Andes Forests 422
5. Key Tree Species for Dendrochronological Research of Patagonia 424
6. Growth Seasonality, Climatic Signals in Growth Rings and Longevity of Patagonian Trees 427
7. Tree Longevity and Chronology Extension of Patagonian Species 429
8. Paleoclimatic Settings in Patagonia 430
9. Evidence for Climate Variability over Tens of Thousands of Years (Mid-Pleistocene Ages Between 60,000 and 30,000 BP) 436
10. Concluding Remarks 438
Acknowledgments 439
References 439
Chapter 22 Archeological Hunter-Gatherer Landscapes Since the Latest Pleistocene in Fuego-Patagonia 446
1. Introduction 446
2. Paleoenvironments 450
3. The Archeological Data 465
4. Discussion: Stability, Discontinuities and Radiocarbon Chronology 478
5. Final Remarks 479
6. Agenda 482
Acknowledgments 482
References 482
Chapter 23 Late Cenozoic Mineral Resources of Argentine Patagonia 494
1. Introduction 494
2. Detritic Deposits 494
3. Evaporitic Environments 497
4. Volcanic Deposits 502
5. Final Remarks 503
Acknowledgments 503
References 504
Chapter 24 Late Cenozoic Geohydrology of Extra-Andean Patagonia, Argentina 506
1. Introduction 506
2. Methodology 506
3. Limiting Geohydrological Factors 507
4. Porous Media 509
5. Fissured Media 510
6. The Geohydrological Systems 510
7. Case Studies 512
8. Human Impact 516
9. Conclusions 517
References 517
Index 520
Calvin John Heusser (1924–2006)
A Life Devoted to the Quaternary of Patagonia and Tierra del Fuego
Jorge Rabassa
Laboratorio de Geología del Cuaternario, CADIC-CONICET, Universidad Nacional de la Patagonia, Ushuaia
Publisher Summary
This chapter highlights a long and talented scientific career of Calvin John Heusser centered on stratigraphic palynology. His main fields of research were the Quaternary vegetation and phytogeography of North Pacific North America and the southern end of South America in Chile and Argentina. Calvin John Heusser was interested in Quaternary climates and glaciation of the middle latitudes on both hemispheres. He developed original techniques on the quantification of climatic parameters used in modeling and different aspects of paleoclimatic theory. Strictly in botanical terms, he studied pollen and spore morphology, particularly in relation to plant systematic and evolution. Some of his publications record includes Late-Pleistocene Environments of North Pacific North America (American Geographical Society, Special Publication, 35, 1960), Pollen & Spores of Chile. Modern Types of the Pteridophyta, Gymnospermae and Angiospermae (University of Arizona Press, Tucson, 1971) and, Ice Age Southern Andes: A Chronicle of Paleoecological Events (Elsevier, 2003).
Professor Calvin J. Heusser, Cal for all his friends, was born in North Bergen, New Jersey, USA, on September 10, 1924.
He obtained his Bachelor of Science (1947) and Master of Science (1949) degrees in botany at Rutgers University, and later, his PhD degrees both in botany and in geology at Oregon State College (1952).
While he was a university student he was drafted and he fought in World War II, in the European theater as a rifleman, 137th Infantry, 35th Division, where he took part in the Battle of the Ardennes, where he was wounded in one of his legs, receiving the Combat Infantry Badge, and the Battle Star and the Purple Heart medals. Cal was very proud of his participation in that battle, though he was not usually willing to talk about his European memories, certainly due to the sadness of the long war.
His teaching and research career is outstanding, startingas a teaching fellow at Rutgers University (1947–1949) and continuing as a research fellow at Oregon State College (1949–1952). After completing his education, Cal joined the American Geographical Society as a research associate, from 1952 to 1967, and as such, Cal was on his first scientific expedition to South America and Patagonia in 1959.
Then he became an associate professor at New York University (1967–1971), the renowned college of downtown Manhattan, where he stayed until his death. He achieved professorship in 1971, until 1991, when he formally retired and he was honored as Professor Emeritus of this university. In fact, he never retired from science and he continued working, together with Linda, his beloved wife and colleague, in their own laboratory in his gorgeous house in Tuxedo, New York, bounded by his dearly loved forests and the Appalachian, with a large garden where wild deer usually roam to feed on the lawn. He really esteemed those beautiful animals and he was full of pride about his neighbors from the wild and the peaceful tranquility of his home, in spite of being adjacent to the Big Apple.
His main fields of research were the Quaternary vegetationand phytogeography of North Pacific North America and, particularly, the southern end of South America in Chile and Argentina. He was very interested in Quaternary climates and glaciation of the middle latitudeson both hemispheres. He developed original techniques on the quantification of climatic parameters used in modeling and different aspects of paleoclimatic theory. Strictly in botanical terms, he studied pollen and spore morphology, particularly in relation to plant systematics andevolution.
His activity in professional organizations was skillful and competent. He had been in the editorial board of several major journals, such as Ecology (1957–1958) and Quaternary Research (1970–1976), and contributed as a reviewer to many others. Being one of the most prestigious members of the editorial board, Cal constantly supported and helped me as Editor of Quaternary of South America & Antarctic Peninsula (1983–1999). He had been Head Editor of Torreya (1971–1977), President of the Editorial Board of the Bulletin of the Torrey Botanical Club (continued by Journal of the TorreyBotanical Society) (1975–1976) and Associate Editor of Radiocarbon (1987–1999).
He had been a Theresa Seessel Fellow at Yale University (1952–1953), a John Simon Guggenheim Memorial FoundationFellow at Universidad de Chile (1962–1963), a fellow of the Fulbright Commission at Universidad de Chile, Santiago (1962–1963), and a visiting fellow (1985) and a life fellow (since 1986) at Clare Hall, University of Cambridge. He received the David Livingstone Centenary Medal of the American Geographical Society (1987).
His publication record is outstanding, with benchmark books such as Late-Pleistocene Environments of North Pacific North America (American Geographical Society, Special Publication, 35, 1960), Pollen & Spores of Chile. Modern Types of the Pteridophyta, Gymnospermae and Angiospermae (University of Arizona Press, Tucson, 1971) and, recently, Ice Age Southern Andes: AChronicle of Paleoecological Events (Elsevier, 2003). He also published more than 175 papers in refereed journals, some of which are major contributions to the palynology and paleoclimatology of North Pacific North America and most significant for us since it is highly pertinent to the nature of this book, southern South America.
The following biographical highlights, mostly based in his personal notes and vitae, portray a long and talented scientific career centered on stratigraphic palynology. I am deeply grateful to Linda Heusser for giving authorization to use these writings, some of which have been published previously.
At Rutgers University, being a chemistry major and while completing undergraduate work, Cal came in contact with Murray Buell, who had come from North Carolina State to the Department of Botany at Rutgers. In Cal’s own words, “Murray was friendly, unassuming, and accessible. A fine teacher, he was a person I greatly respected and was inclined to emulate. His knowledge of botany was in-depth and broad, and his enthusiasm and love for field work most infectious. At the University of Minnesota, he had been a student of William Skinner Cooper, famed for his work on plant succession following glacier recession in the Canadian Rockies and Glacier Bay, Alaska. During 25 yrs at Rutgers (1946–1971), Murray was exceedingly industrious, guiding 39 students through their doctorate degrees and 23 through MS degrees”. Cal reserved a great admiration for his advisor through his entire life.
Once, at the time of spring break, Cal traveled with Murray Buell to collect sediment cores in Dial Bay in South Carolina. Cal’s job was to cut brush along transects into the interior of the bay, which turned out to be an unforgettable adventure sloshing through knee-deep water infested with snakes. During this trip to the bay, Buell asked Cal if he would like to be a teaching assistant in botany, concurrently working toward an MS in the department. For Cal, this was the opportunity that he had been looking forward to since he returned from the war, and thus he wholeheartedly accepted.
Before beginning graduate work in the fall of 1947 at Rutgers, Cal traveled in the summer with the Buell family (three adults and two children in a two-door 1936 Ford) on an astonishing trip from Massachusetts to Minnesota. In summer, Buell taught at the University of Minnesota Biological Station at Lake Itasca, so that this was a chance for Cal to benefit as a student at the station not only from courses in ecological field methods and aquatic plants but also from exposure to the flora and vegetation of Midwestern United States.
Buell generated his initial interest in paleoecology. Cal did an MS thesis having to do with the “History of an estuarine bog at Secaucus, New Jersey” (1949). Plant fossil macroremains, the focus of the work, traced sea-level change and progressive demise of a freshwater white cedar bog. Frequented in the early nineteenth century by the botanist John Torrey, the site in addition to white cedar contained black spruce and larch. Although Buell had become active working with fossil pollen, Cal did not involve himself in palynology until later, when he went to Oregon State University in Corvallis, to work for a PhD.
Three years at Oregon State (1949–1952), as both a teaching and research assistant, provided him a wider botanical horizon through contact with plants of the Pacific Northwest. Cal was fortunate because Henry Hansen, with whom he had come to study, became Dean of the Graduate School the year Cal arrived. Because he was busy with administrative work, as usually happens, Cal was much on his own. Cal would major in botany, but because his thesis was to be in palynology, he need tominor in geology, which meant picking up necessary credits in earth science courses.
Cal chose “Pollen profiles from Southeastern Alaska” for a dissertation. This decision came about upon his joining the American Geographical Society’s Juneau Icefield Research Project in southeastern Alaska as plant ecologist. During 1950 and 1951, the project enabled him to collect cores for the thesis from muskegs in the...
Erscheint lt. Verlag | 22.9.2011 |
---|---|
Sprache | englisch |
Themenwelt | Naturwissenschaften ► Geowissenschaften ► Geologie |
Naturwissenschaften ► Geowissenschaften ► Mineralogie / Paläontologie | |
Technik | |
ISBN-10 | 0-08-055889-5 / 0080558895 |
ISBN-13 | 978-0-08-055889-9 / 9780080558899 |
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