DVL-0041Specimen Record

Europasaurus

Illustration of Europasaurus holgeri

yoo-ROH-pah-SOR-us HOL-ger-eye

A dwarf sauropod that evolved on a Jurassic island in Germany β€” proof that even long-necked giants can shrink when space runs out.

Did you know?

Europasaurus adults were only about the size of a large horse β€” tiny compared to relatives that weighed 30 tons or more

About

Europasaurus holgeri is one of the most remarkable dinosaurs ever discovered in Europe β€” a that evolved to miniature size on a Late Jurassic island. While its relatives elsewhere grew to lengths of 20 meters or more, Europasaurus adults reached only about 6 meters, making them among the smallest sauropods known. This dramatic size reduction is a textbook example of insular dwarfism, the same evolutionary phenomenon seen in dwarf elephants and hippos on Mediterranean islands millions of years later.

This herbivore lived approximately 154 million years ago on an island in what is now northern Germany, part of an archipelago that dotted the shallow seas covering much of Europe during the Late Jurassic. Limited food resources and space on these islands drove the evolution of smaller body sizes over generations. Despite their diminutive stature, Europasaurus retained the classic sauropod body plan: a long neck for browsing vegetation, a barrel-shaped body, pillar-like legs, and a long tail.

The fossils were discovered in 1998 by amateur paleontologist Holger LΓΌdtke in a quarry near Goslar, Germany, in the Langenberg Formation. Initially, the small bones were thought to belong to juvenile sauropods, but detailed bone histology studies by Martin Sander and colleagues revealed growth rings indicating these were fully mature adults. The dinosaur was formally described in 2006 and named in honor of its discoverer.

Europasaurus is exceptionally well-known from numerous specimens representing multiple individuals of various ages, making it one of the best-understood sauropods from Europe. This wealth of material has allowed scientists to study its growth patterns, revealing that it reached maturity at a much smaller size than its mainland ancestors β€” a fascinating window into how isolation can reshape even the mightiest of dinosaurs.

First described1998
Discovered byHolger LΓΌdtke
Type specimenDFMMh/FV 291