VERTEBRATE PALEONTOLOGY AT CARNEGIE MUSEUM OF NATURAL HISTORY
The mission of the Section of Vertebrate Paleontology at Carnegie Museum of Natural History is to increase scientific understanding of fossil vertebrates through original research, to collect and preserve fossil vertebrates through field exploration and curation of our collection, and to communicate the excitement of scientific discovery through museum exhibitions, public education, and outreach efforts.
The Section of Vertebrate Paleontology collection currently has more than 120,000 specimens that range in age from the Silurian to the Pleistocene with a worldwide geographical distribution, and it is still growing at a healthy pace. The collection boasts specimens that collectively represent all major vertebrate groups, including 472 holotype specimens, such as those of the iconic dinosaurs Diplodocus carnegii, Apatosaurus louisae, and Tyrannosaurus rex. This extensive record of extinct vertebrates offers fascinating insights into the history of Earth and its biota and has inestimable scientific value.
Highlights of the Vertebrate Paleontology Collection
- Bony (Osteichthyes and Acanthodii) and cartilaginous (Chondrichthyes) fishes from the Mississippian of Montana
- Pennsylvanian and Permian fishes, amphibians, and reptiles from the southwestern United States and the Dunkard Basin of Pennsylvania, Ohio, and West Virginia
- Permian reptiles from Madagascar
- Triassic dinosaurs and other archosaurs from Ghost Ranch, New Mexico
- Jurassic dinosaurs, especially sauropods from Utah and Wyoming—arguably the finest collection in the world (the 1909 discovery of Jurassic dinosaur bones in Utah by Carnegie Museum of Natural History collector Earl Douglass led to the creation of Dinosaur National Monument)
- Jurassic fishes and reptiles (e.g., pterosaurs, lepidosaurs, and turtles) from Germany and France, and Eocene teleost fishes from Monte Bolca, Italy—the best collections of these fossil vertebrates in the Western Hemisphere
- Cretaceous dinosaurs from the western United States, including the holotypic specimens of the non-avian theropods Tyrannosaurus rex and Anzu wyliei
- Cretaceous vertebrates (primarily fishes and marine reptiles) from Antarctica
- Eocene mammals, reptiles, and amphibians from central Wyoming and Utah—among the best in the world
- Eocene and Oligocene vertebrates, especially mammals, from the Sage Creek, Three Forks, and Kishenehn basins of western Montana
- Miocene vertebrates from western Nebraska from a site now preserved as Agate Fossil Beds National Monument
- Miocene mammals from Montana—the best from this time and area
- Miocene mammals from Samos, Greece—the finest surviving collection from this locality
- Pleistocene vertebrates from the Appalachian region
- High-altitude Rocky Mountain Pleistocene cave fauna
Section of Vertebrate Paleontology Collection Inquiries
Please contact the collection manager or curator at least one month in advance to schedule a visit. The collection is generally open for study Monday through Friday, 9 a.m.–5 p.m. If you would like to study specimens on exhibit, it is best to schedule your visit on a non-summer Tuesday, when the museum is closed to the public.
Loans are made to qualified institutions at the discretion of the curator, in consultation with the collection manager. Loans to graduate students will be addressed to their advisors. Specimens currently being used by in-house researchers may not be loaned until that work is completed. Specimens deemed by the curator to be too large for transport are not available for loan. The loan period is generally for two years, and extensions may be granted upon written request. CT scanning, laser scanning, digital modeling, destructive analysis, molding and casting, 3D printing, or preparation are prohibited without prior written consent from the curator.
History of the Section of Vertebrate Paleontology
The outstanding fossil vertebrate collection at Carnegie Museum of Natural History has been accumulated by more than a century of fieldwork by Vertebrate Paleontology staff and acquisitions by the museum. The Section of Vertebrate Paleontology collection began in 1895 with the sponsorship of Andrew Carnegie. In the early 20th century, the Carnegie Corporation supported the museum’s numerous paleontological expeditions to the American West, building one of the best dinosaur collections in the world. More recent efforts by Vertebrate Paleontology staff have concentrated on collecting mammals, reptiles, and amphibians from the Cenozoic and tetrapods from the Paleozoic and Mesozoic. These field expeditions and the curation of the fossil collection have been supported by the National Science Foundation, the National Geographic Society, the American Chemical Society, the L. S. B. Leakey Foundation, the M. Graham Netting Fund of Carnegie Museum of Natural History, the National Park Service, the Institute of Museum and Library Services, Save America’s Treasures, and several other organizations.
Section of Vertebrate Paleontology Collection Featured in Museum Displays
In total, Vertebrate Paleontology has 252 specimens on exhibit at Carnegie Museum of Natural History. Dozens of fossils from the Vertebrate Paleontology collection are showcased in Carnegie Museum of Natural History’s flagship permanent exhibition Dinosaurs in Their Time. Dinosaurs in Their Time features numerous original fossil skeletons spanning the Mesozoic Era, or Age of Dinosaurs, displayed in scientifically accurate, immersive reconstructions of their respective habitats. Specimens from the Vertebrate Paleontology collection may also be seen in Cenozoic Hall, which present fossils of animals that lived during the last 66 million years of Earth’s history. Several fossils from the Vertebrate Paleontology collection are also on display in the Benedum Hall of Geology, and specimens that are being actively scientifically prepared or restored are often on view in the museum’s on-exhibit fossil laboratory, PaleoLab.
Meet the Researchers
MATT LAMANNA, Ph.D.
Mary R. Dawson Associate Curator
AMY HENRICI, M.S.
Collection Manager
LINSLY CHURCH, M.S.
Curatorial Assistant
ANDREW McAFEE
Scientific Illustrator
DAN PICKERING
Scientific Preparator
JOE SAWCHAK
Collection Assistant
TYLER SCHLOTTERBECK
Collection Assistant
DAVID BERMAN, Ph.D.
Curator Emeritus
MARY DAWSON, Ph.D.
Curator Emeritus
Vertebrate Paleontology Blogs
Early Bats: Ancient Origins of a Halloween Icon
Did you know that bats have been around for at least 55 million years? In 1992, several fossils in the Carnegie Museum …The Bromacker Fossil Project Part X: Tambaroter carrolli, an amphibian with a wedge-shaped head
New to this series? Read The Bromacker Fossil Project Part I, Part II, Part III, Part IV, Part V, Part VI, Part VII, Part VIII, and Part IX. …
Mesozoic Monthly: Champsosaurus
Good news everyone: it’s September! We’ve made it to month nine of 12! Sometimes it feels like this year will never end. …
The Bromacker Fossil Project Part IX: The Dissorophoid Amphibians Tambachia, Rotaryus, and Georgenthalia, Capable Travelers
New to this series? Read The Bromacker Fossil Project Part I, Part II, Part III, Part IV, Part V, Part VI, Part VII, and Part VIII. The …Mesozoic Monthly: Aspidorhynchus
As we all seek out responsible ways to enjoy our summer months while the world continues to respond to COVID-19, many of …The Bromacker Fossil Project Part VIII: Martensius bromackerensis, Honoring a colleague
New to this series? Read The Bromacker Fossil Project Part I, Part II, Part III, Part IV, Part V, Part VI, and Part VII. The formal …The Bromacker Fossil Project Part VII: Eudibamus cursoris, the Original Two-legged Runner
New to this series? Read The Bromacker Fossil Project Part I, Part II, Part III, Part IV, Part V, and Part VI. Stuart Sumida discovered …The Bromacker Project Part VI: Seymouria sanjuanensis, the Tambach Lovers
New to this series? Read The Bromacker Fossil Project Part I, Part II, Part III, Part IV, and Part V. At lunchtime on the last …The Bromacker Project Part V: Orobates pabsti, Pabst’s Mountain Walker
New to this series? Read The Bromacker Fossil Project Part I, Part II, Part III, and Part IV. In 1995, my first year of field …
