The Creation Podcast PhD Geology Expert: This Fossil Makes It Absolutely CLEAR the Earth is Young
Mar 11, 2026
Dr. Tim Clarey, PhD geologist and Institute for Creation Research researcher, discusses a surprising Arctic rhinoceros fossil and its odd stratigraphic placement. He describes why its location and preserved proteins challenge conventional timing, explores possible routes and climate puzzles, and explains how a large flood-based framework can account for these anomalies.
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Arctic Rhino Found In Unexpected Stratigraphic Position
- The Devon Island rhino is surprising because it's 75% complete and found in Oligocene–Miocene boundary layers where that species wasn't expected.
- Tim Clarey stresses its location within Houghton Crater and stratigraphy conflicts with conventional ages (~23 million years).
Same Rhino Species Appears Millions Of Years Apart
- The rhino species (e.g., Epaserotherium) appears in much older European and Asian layers but shows up in younger Arctic layers, creating a temporal mismatch.
- Clarey highlights the 20-million-year apparent gap between known occurrences and this Devon Island specimen.
No Plausible Land Bridge Explains The Dispersal
- Geographic barriers like the Barents Sea and Fram Strait make natural dispersal from Europe/Asia to Devon Island implausible under conventional models.
- Authors suggested island hopping or sea-ice rafting, but Clarey notes lack of evidence for such land bridges or islands.
