Ecology and Physiology of White River Mammals Based on Stable Isotope Ratios of Teeth

Keyphrases

• C-value 100%
• Stable Isotope Ratios 100%
• White River 100%
• Early Oligocene 100%
• Water Dependency 100%
• High Water 66%
• Gut Fermentation 66%
• Perissodactyls 66%
• Camelids 66%
• Atmospheric CO2 33%
• Grassland 33%
• Artiodactyls 33%
• Oxygen Isotopes 33%
• Carbon Isotopes 33%
• Mesic 33%
• Forest Area 33%
• Open Habitats 33%
• Low Water 33%
• Habitat Preference 33%
• Water Intake 33%
• Rhino 33%
• Woodland 33%
• Humid Habitats 33%
• Niche Separation 33%
• Xeric Habitat 33%
• Late Eocene-Oligocene 33%
• Hindgut Fermentation 33%
• Premolar 33%
• Enamel Carbonate 33%
• Equids 33%
• Abundant Taxa 33%
• Late Eocene 33%

Agricultural and Biological Sciences

• Teeth 100%
• Ecology 100%
• Preference 100%
• Physiology 100%
• Camelid 66%
• Foregut Fermentation 66%
• Grassland 33%
• Habitat Preferences 33%
• Artiodactyla 33%
• Hindgut 33%
• Tooth Enamel 33%
• Equidae 33%

Biochemistry, Genetics and Molecular Biology

• Taxon 100%
• Grand Unified Theory 100%
• Camelid 66%
• Equidae 33%
• Artiodactyla 33%