Nanotyrannus skeleton goes to auction in New York with £4.5m price tag

A dinosaur skeleton known as Jodi is scheduled for auction at Sotheby's in New York. The specimen is identified as a Nanotyrannus. According to reports from the BBC, the skeleton carries a price tag of £4.5 million. Nature World News provides further financial details, noting that the estimate for the auction ranges between $6 million and $9 million. This sale marks a significant event for the specimen, which has a complex history regarding its classification and previous market valuation.

Coverage of the event is widespread across diverse publications. Nature World News emphasizes the specimen's past, noting it was once sold as a juvenile Tyrannosaurus rex for $20 million. The Economist reports that the Nanotyrannus is now going under the hammer, while Arts & Collections focuses on the role of Sotheby’s in the process of dinosaur hunting and acquisition. These reports collectively highlight the intersection of paleontology and the high-end art and collectibles market in New York. Context for this auction is provided by the Black Hills Pioneer, which notes that the skeleton is going to auction exactly one year after the Nanotyrannus was recognized as a distinct dinosaur.

This reclassification is central to the current status of the Jodi skeleton, as it was previously categorized as a younger version of the T. rex. The shift in scientific recognition explains why the specimen is now being marketed under a different genus name than it held during its previous $20 million sale. Observers will be monitoring the final sale price at Sotheby's to see if it meets the $6 million to $9 million estimate. Based on the reported sequence of events, the outcome of this auction will reflect the current market value for a Nanotyrannus specimen following its formal recognition as a distinct species. The transition from being sold as a juvenile T. rex to a Nanotyrannus provides a specific case study in how scientific classification affects the valuation of prehistoric fossils.