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Twenty-Five. Assessing the Effect of Middle Pleistocene Climate Change on Marmota Populations from the Pit Locality
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Chapters in this book
- Frontmatter i
- Contents vii
- Preface ix
- Acknowledgments xi
- Chapter Appendixes xiii
- Figures xv
- Tables xix
- Abbreviations and Definitions xxi
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Part One. The Discovery and Distribution of Fossils
- One. Climate Change, Biodiversity, and Ecosystem Health: The Past as a Key to the Future 3
- Two. The Pleistocene Fossils of Porcupine Cave, Colorado: Spatial Distribution and Taphonomic Overview 6
- Three. The Modern Environment, Flora, and Vegetation of South Park, Colorado 27
- Four. The Historical Context of Porcupine Cave: American Indians, Spaniards, Government Surveyors, Prospectors, Ranchers, Cavers, and Paleontologists in South Park, Colorado 39
- Five. The Geology and Speleogenesis of Porcupine Cave 51
- Six. Magnetostratigraphic Constraints on the Age of Pleistocene Fossiliferous Strata in Porcupine Cave’s DMNH Velvet Room Excavation 57
- Seven. Age and Correlation of Key Fossil Sites in Porcupine Cave 64
- Eight. Biology of Wood Rats as Cave Dwellers and Collectors 74
- Nine. Paleopathology and Taphonomic Modification of Mammalian Bones from Porcupine Cave 82
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Part Two. Systematic Accounts of Taxa
- Ten. A Summary of Fossilized Species in Porcupine Cave 95
- Eleven. Synopsis of the Herpetofauna from Porcupine Cave 117
- Twelve. The Early and Middle Pleistocene Avifauna from Porcupine Cave 127
- Thirteen. The Carnivora from Porcupine Cave 141
- Fourteen. Middle Pleistocene (Irvingtonian) Ochotona (Lagomorpha: Ochotonidae) from Porcupine Cave 155
- Fifteen. Leporidae of the DMNH Velvet Room Excavations and Mark’s Sink 164
- Sixteen. Identification of Miscellaneous Mammals from the Pit Locality: Including Soricidae, Leporidae, Geomyoidea 169
- Seventeen. Systematics and Faunal Dynamics of Fossil Squirrels from Porcupine Cave 172
- Eighteen. Fossil Wood Rats of Porcupine Cave: Tectonic or Climatic Controls? 193
- Nineteen. Arvicoline Rodents from Porcupine Cave: Identification, Spatial Distribution, Taxonomic Assemblages, and Biochronologic Significance 207
- Twenty. Pliocene and Pleistocene Horses from Porcupine Cave 264
- Twenty-One. Pleistocene (Irvingtonian) Artiodactyla from Porcupine Cave 280
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Part Three. Effect of Environmental Change on the Porcupine Cave Fauna
- Twenty-Two. Irvingtonian Mammals from the Badger Room in Porcupine Cave: Age, Taphonomy, Climate, and Ecology 295
- Twenty-Three. Faunal Dynamics of Small Mammals through the Pit Sequence 318
- Twenty-Four. Stable Carbon and Oxygen Isotope Analysis of Marmot Cheek Teeth from the Pit Locality 327
- Twenty-Five. Assessing the Effect of Middle Pleistocene Climate Change on Marmota Populations from the Pit Locality 332
- Twenty-Six. Effect of Climate Change on Terrestrial Vertebrate Biodiversity 341
- Literature Cited 347
- Contributors 371
- Index 373
Chapters in this book
- Frontmatter i
- Contents vii
- Preface ix
- Acknowledgments xi
- Chapter Appendixes xiii
- Figures xv
- Tables xix
- Abbreviations and Definitions xxi
-
Part One. The Discovery and Distribution of Fossils
- One. Climate Change, Biodiversity, and Ecosystem Health: The Past as a Key to the Future 3
- Two. The Pleistocene Fossils of Porcupine Cave, Colorado: Spatial Distribution and Taphonomic Overview 6
- Three. The Modern Environment, Flora, and Vegetation of South Park, Colorado 27
- Four. The Historical Context of Porcupine Cave: American Indians, Spaniards, Government Surveyors, Prospectors, Ranchers, Cavers, and Paleontologists in South Park, Colorado 39
- Five. The Geology and Speleogenesis of Porcupine Cave 51
- Six. Magnetostratigraphic Constraints on the Age of Pleistocene Fossiliferous Strata in Porcupine Cave’s DMNH Velvet Room Excavation 57
- Seven. Age and Correlation of Key Fossil Sites in Porcupine Cave 64
- Eight. Biology of Wood Rats as Cave Dwellers and Collectors 74
- Nine. Paleopathology and Taphonomic Modification of Mammalian Bones from Porcupine Cave 82
-
Part Two. Systematic Accounts of Taxa
- Ten. A Summary of Fossilized Species in Porcupine Cave 95
- Eleven. Synopsis of the Herpetofauna from Porcupine Cave 117
- Twelve. The Early and Middle Pleistocene Avifauna from Porcupine Cave 127
- Thirteen. The Carnivora from Porcupine Cave 141
- Fourteen. Middle Pleistocene (Irvingtonian) Ochotona (Lagomorpha: Ochotonidae) from Porcupine Cave 155
- Fifteen. Leporidae of the DMNH Velvet Room Excavations and Mark’s Sink 164
- Sixteen. Identification of Miscellaneous Mammals from the Pit Locality: Including Soricidae, Leporidae, Geomyoidea 169
- Seventeen. Systematics and Faunal Dynamics of Fossil Squirrels from Porcupine Cave 172
- Eighteen. Fossil Wood Rats of Porcupine Cave: Tectonic or Climatic Controls? 193
- Nineteen. Arvicoline Rodents from Porcupine Cave: Identification, Spatial Distribution, Taxonomic Assemblages, and Biochronologic Significance 207
- Twenty. Pliocene and Pleistocene Horses from Porcupine Cave 264
- Twenty-One. Pleistocene (Irvingtonian) Artiodactyla from Porcupine Cave 280
-
Part Three. Effect of Environmental Change on the Porcupine Cave Fauna
- Twenty-Two. Irvingtonian Mammals from the Badger Room in Porcupine Cave: Age, Taphonomy, Climate, and Ecology 295
- Twenty-Three. Faunal Dynamics of Small Mammals through the Pit Sequence 318
- Twenty-Four. Stable Carbon and Oxygen Isotope Analysis of Marmot Cheek Teeth from the Pit Locality 327
- Twenty-Five. Assessing the Effect of Middle Pleistocene Climate Change on Marmota Populations from the Pit Locality 332
- Twenty-Six. Effect of Climate Change on Terrestrial Vertebrate Biodiversity 341
- Literature Cited 347
- Contributors 371
- Index 373