Research overview: radiocarbon dating of late Pleistocene cats
This overview examines how radiocarbon dating is applied to the bones of late Pleistocene cats to reconstruct their chronologies and last appearances. Directly dating individual fossils of Smilodon, cave lions, American lions, and Homotherium allows researchers to determine when these predators lived and when they vanished, which is essential for testing extinction hypotheses. The survey reviews the methods of extracting and purifying collagen for accelerator mass spectrometry dating, the special challenges posed by contamination at asphalt sites like La Brea and by specimens near the limit of the technique, and the importance of well-dated series for establishing extinction timing. It discusses how robust radiocarbon chronologies underpin debates over the roles of climate and humans in the loss of big cats, and why dating quality is foundational to the entire field.
Category:paleontology-fossil-felids
Related articles
- Research overview: methods for estimating body mass in fossil felidspaleontology-fossil-felids
- Distinct predatory behaviors in scimitar- and dirk-toothed sabertooth catspaleontology-fossil-felids
- Rancho La Brea stable isotope biogeochemistry and its implications for the palaeoecology of late Pleistocene, coastal southern Californiapaleontology-fossil-felids
- Research overview: taphonomy and entrapment dynamics of the Rancho La Brea tar pitspaleontology-fossil-felids
- Research overview: serrations and microstructure of machairodont caninespaleontology-fossil-felids
- Research overview: the axial skeleton and flexible spine of sabertooth catspaleontology-fossil-felids
AI-curated summaries for the pride’s library — verify citations independently before citing.