Key Takeaways
- James Cranfield purchased a mounted head at a UK auction for roughly £60,000 (≈ US $114,000) after spotting it mislabelled as a fox’s head.
- The specimen’s eight upper incisors—distinct from the six found in foxes and dogs—led Cranfield to identify it as a thylacine (Tasmanian tiger).
- Thylacine material is extremely rare; only one other known taxidermy head mount exists, making this find a potential “holy grail” for collectors and scientists.
- Curator Kathryn Medlock of the Tasmanian Museum and Art Gallery notes that thylacine specimens occasionally surface in private hands, often originating from 19th‑century bounty hunting or museum exchanges.
- The head lacks provenance, but Cranfield hypothesises it may have entered the UK via Tasmanian hunters who sold skulls for bounties between 1888‑1909.
- Cranfield plans to undergo X‑ray and CT scanning to validate the identification and is open to loaning the specimen to scientific institutions for study.
- The last known thylacine died in captivity in 1936; recent discoveries of remains in a Tasmanian museum cupboard have renewed interest in the species.
- Despite scepticism, the discovery highlights how overlooked items—such as a head with plastic googly eyes—can hold significant scientific and historical value.
Acquisition and Initial Misidentification
James Cranfield, proprietor of an oddities shop in Southend‑on‑Sea, England, acquired a mounted animal head at a United Kingdom auction for about £60,000 (approximately US $114,000). The lot had been incorrectly catalogued as a fox’s head and carried a modest estimate of only £40 (≈ US $76). Cranfield, together with another dealer, recognised the error during the bidding process, sparking a competitive duel that drove the price far above the original expectation. He described the purchase as an “eye‑watering sum” for someone of modest means, yet justified it by calling the specimen the “holy grail” of taxidermy due to its presumed rarity and lack of comparable market benchmarks.
Dental Evidence Leads to Thylacine Identification
Upon closer inspection, Cranfield noted the specimen’s unusual dentition: eight upper incisors positioned between the canines, whereas both foxes and domestic dogs possess only six. This dental formula is a distinctive marsupial trait, and no other similarly sized carnivore shares it. He spent days and sleepless nights comparing the teeth with reference material, ultimately concluding that the head belonged to a thylacine (Thylacinus cynocephalus). The plastic googly eyes that had initially caused observers to dismiss the piece as a tatty fox mask ironically concealed the key diagnostic feature that revealed its true identity.
Rarity of Thylacine Material in Collections
Thylacine specimens are exceptionally scarce in both public and private collections. Kathryn Medlock, senior zoology curator at the Tasmanian Museum and Art Gallery, affirmed that any thylacine material—whether skins, skulls, or taxidermy mounts—appears only intermittently, often emerging from long‑held family holdings or farm storages. She recalled discovering a thylacine skin nailed to the wall of a shearing shed years ago, underscoring how such artefacts can remain hidden for decades. Medlock noted that she is aware of several privately held specimens, including flat skins, a taxidermy head, and assorted skulls, but emphasized that each appearance is a noteworthy event for the scientific community.
Provenance Hypotheses and Historical Context
No provenance accompanied Cranfield’s purchase, leaving the head’s origin uncertain. He hypothesised that the specimen may have originated from Tasmania’s bounty era (1888‑1909), when hunters were paid for presenting thylacine skulls as proof of kills. Such skulls could have been exported to the United Kingdom as curiosities or scientific specimens during the height of colonial natural‑history collecting. Medlock supported this idea, explaining that numerous thylacine specimens were sent to UK museums in the 19th and early‑20th centuries, and private dealers frequently advertised thylacine material at high prices. The lack of documentation, however, means the exact pathway remains speculative.
Scientific Validation Through Imaging
To substantiate his claim, Cranfield intends to subject the head to X‑ray and computed tomography (CT) scans. He hopes these non‑invasive images will reveal internal anatomical features consistent with a thylacine—such as cranial morphology, dental root patterns, and any signs of prior preparation—that would corroborate the external dental evidence. Acknowledging the existence of sceptics, he views the scans as a crucial step toward gaining broader acceptance from museums and researchers. He anticipates completing the scans within the following week and subsequently forwarding the data to independent experts for validation.
Broader Significance for Thylacine Research
If confirmed, the head would represent one of the few extant thylacine taxidermy mounts, offering a rare opportunity for morphological study, comparative anatomy, and potentially genetic analysis (should viable tissue be preserved). Such specimens are invaluable for understanding the species’ physiology, variation, and the impacts of human‑driven extinction. The discovery also revitalises public interest in the thylacine, a symbol of extinction that continues to inspire conservation discourse and cultural memory.
Recent Rediscovery of Thylacine Remains
Parallel to Cranfield’s find, researchers announced that the remains of the last known thylacine—thought lost for more than 85 years—had been located in a cupboard at a Tasmanian museum. The specimen’s significance had only recently been realised, highlighting how institutional archives can conceal important historical materials. This rediscovery, coupled with the auctioned head, suggests that additional thylacine artefacts may still await identification in private collections, attics, or forgotten museum storages.
Future Plans and Open‑Access Intentions
Cranfield expressed his intention to enjoy the specimen personally but also to make it available for scientific study. He hopes that museums or research institutions will request loans so that a wider audience can appreciate and examine the piece. By sharing the CT scans and any resultant data, he aims to contribute to the collective knowledge surrounding the thylacine while addressing concerns about ownership and accessibility. His stance reflects a growing trend among private collectors to balance personal passion with scholarly responsibility.
Conclusion: A Notable Addition to Thylacine Lore
The acquisition of a suspected thylacine head at a UK auction underscores the unpredictable pathways through which extinct species’ remnants can surface decades after their disappearance. Careful dental analysis, planned imaging, and the specimen’s potential provenance together form a compelling case for its authenticity. Should validation succeed, the find will not only enrich Cranfield’s personal collection but also provide the scientific community with a tangible link to a marsupial predator that vanished less than a century ago, reminding us of the fragile boundary between extinction and preservation.