How the T. Rex at the American Museum of Natural History Became an Icon

J.M. Luijt, Wikimedia Commons //  CC BY-SA 2.5 nl
J.M. Luijt, Wikimedia Commons //  CC BY-SA 2.5 nl / J.M. Luijt, Wikimedia Commons //  CC BY-SA 2.5 nl
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When asked to think of a Tyrannosaurus rex, you may picture the dinosaur from the original King Kong (1933), the famous vintage illustration by Charles Knight, or perhaps the sinister fossil gracing the poster for Jurassic Park (1993). Each of these pop culture depictions of T. Rex was inspired by a single specimen: A skeleton on display at the American Museum of Natural History in New York City dubbed AMNH 5027.

In the video below, the AMNH explains how their fossil became the most iconic T. Rex—and therefore the most iconic dinosaur—in history. From 1915 to about 1940, it was the only the mounted T. Rex skeleton on display to the public. That means that most movies created in the early 20th century featuring a T. Rex—including The Ghost of Slumber Mountain (1918), King Kong, and Fantasia (1940)—were either directly or indirectly inspired by the museum's specimen. AMNH 5027 was incorrectly displayed standing upright with its tail on the ground for decades, which is why so many early depictions of the dinosaur in pop culture show it with the same posture.

The fossil's influence on the world isn't limited to early 20th century cinema. When brainstorming ideas for Jurassic Park's book cover, designer Chip Kidd went to the American Museum of Natural History for inspiration. He used AMNH 5027 as the model for one of the most iconic book jackets ever made. The design was repurposed in the posters for Jurassic Park the movie, and the rex's silhouette has since appeared on countless toys, T-shirts, and other merchandise.

The image has become synonymous with the species, but there's one small detail that's unique to AMNH 5027. The dinosaur in the Jurassic Park artwork has a small bump on the inside of its skull. This bump formed when a bone in the original specimen got pushed out of place during fossilization, and today it's a distinct feature that makes its profile instantly recognizable.

To learn more about the huge impact AMNH 5027 has had in the last century or so of its 65 million years on Earth, check out the video below.