November 2, 2024

Rewriting Dodo History: How 400 Years of Research Got It Wrong

Rewriting Dodo History: How 400 Years Of Research Got It WrongDodo Sculpture - Rewriting Dodo History: How 400 Years Of Research Got It Wrong
A new study provides a detailed examination of the Dodo, debunking myths of it being slow and clumsy and portraying it as a fast-moving, well-adapted bird. (Palaeoartist Karen Fawcett’s Dodo sculpture.) Credit: Karen Fawcett

Recent research corrects misconceptions about the Dodo, depicting it as an agile and well-adapted bird, and uses historical analysis to aid contemporary conservation efforts.

The Dodo is often depicted as a slow, dumb bird, predestined for extinction. However, new research from the University of Southampton, the Natural History Museum (NHM), and the Oxford University Museum of Natural History reveals this is far from the truth.

In a study published on August 16 in the Zoological Journal of the Linnean Society, the researchers conducted a comprehensive review of the taxonomy of the Dodo and its closest relative, the Rodriguez Island Solitaire, correcting centuries of misconceptions and myths.

They’ve reviewed 400 years’ worth of scientific literature and visited collections around the UK to ensure this iconic species, embodying humanity’s destructive potential, is correctly classified.

Correcting Historical Misconceptions

“The Dodo was the first living thing that was recorded as being present and then disappeared,” says Dr. Neil Gostling from the University of Southampton, supervising author of the paper. “Before this, it hadn’t been thought possible for human beings to influence God’s creation in such a way.

“This was a time before the scientific principles and systems we rely on to label and classify a species were in place. Both the Dodo and the Solitaire were gone before we had a chance to understand what we were looking at.”

Dodo Extinction Factors Art - Rewriting Dodo History: How 400 Years Of Research Got It WrongDodo Extinction Factors Art - Rewriting Dodo History: How 400 Years Of Research Got It Wrong
Dodo extinction factors show the instruments of the Dodo’s demise, human habitat loss, cats and pigs as predators. Artwork by Julian Pender Hume. Credit: Julian Pender Hume.

Misidentifications and Myth

Much of what was written about the Dodo and the Solitaire was based on accounts from Dutch sailors, representations by artists, and incomplete remains.

The lack of a definitive reference point (type specimen) or convention to label species (zoological nomenclature) led to a series of misidentifications in the centuries following their extinction. New species such as the Nazarene Dodo, the White Dodo, and the White Solitaire were named, but the paper confirms that none of these creatures existed. Still, these erroneous ‘pebbles’ sent ripples through the waters of zoological literature.

Neil Gostling With Dodo Sculpture - Rewriting Dodo History: How 400 Years Of Research Got It WrongNeil Gostling With Dodo Sculpture - Rewriting Dodo History: How 400 Years Of Research Got It Wrong
Dr. Neil Gostling with paleoartist Karen Fawcett’s Dodo sculpture. Credit: University of Southampton

Unraveling Species Confusion

“By the 18th and early 19th centuries, the Dodo and the Solitaire were considered to be mythological beasts,” says Dr. Mark Young, lead author of the paper from the University of Southampton. “It was the hard work of Victorian-era scientists who finally proved that the Dodo and the Solitaire were not mythological but were giant ground doves.”

“Unfortunately, no one could agree how many species there had been,” continues Dr. Young. “Throughout most of the 19th and 20th centuries, researchers thought there were three different species, although some people thought there had been four or even five different species.”

To unpick this confusion, researchers reviewed all the literature on the Dodo and Rodriguez Solitaire encompassing hundreds of accounts dating back to 1598, and visited specimens around the UK, including the world’s only surviving soft tissue from the Dodo, in the Oxford Museum.


Listen to audio snippets of Dr Neil Gostling discussing the research. Credit: University of Southampton

“More has been written about the Dodo than any other bird, yet virtually nothing is known about it in life,” says Dr. Julian Hume, an avian paleontologist at the Natural History Museum and coauthor of the paper.

“Based on centuries of nomenclatural confusion, and some 400 years after its extinction, the Dodo and Solitaire, continue to prompt heated debate. We’ve gone from where the first statements were made, seen how these have developed, and identified various rabbit holes to correct the record, as best we can.”

Through this work, researchers were able to confirm that both birds were members of the columbid (pigeon and dove) family.

“Understanding its wider relationships with other pigeons is of taxonomic importance, but from the perspective of conservation, the loss of the dodo and the solitaire a few decades later means a unique branch of the pigeon family tree was lost,” says Dr. Gostling. “There are no other birds alive today like these two species of giant ground dove.”

Dodo Forest Art Cropped - Rewriting Dodo History: How 400 Years Of Research Got It WrongDodo Forest Art Cropped - Rewriting Dodo History: How 400 Years Of Research Got It Wrong
Dodo dry forest scene shows the habitat in which the dodo lived along with other species native to Mauritius. Artwork by Julian Pender Hume. Credit: Julian Pender Hume

Rediscovering the Dodo’s True Nature

The researchers believe the popular idea of the Dodo as a fat, slow animal, predestined for extinction is flawed.

“Even four centuries later, we have so much to learn about these remarkable birds,” says Dr. Young. “Was the Dodo really the dumb, slow animal we’ve been brought up to believe it was? The few written accounts of live Dodos say it was a fast-moving animal that loved the forest.”

Dr. Gostling adds: “Evidence from bone specimens suggests that the Dodo’s tendon which closed its toes was exceptionally powerful, analogous to climbing and running birds alive today. The dodo was almost certainly a very active, very fast animal.

“These creatures were perfectly adapted to their environment, but the islands they lived on lacked mammalian predators. So, when humans arrived, bringing rats, cats, and pigs, the Dodo and the Solitaire never stood a chance.

“Dodos held an integral place in their ecosystems. If we understand them, we might be able to support ecosystem recovery in Mauritius, perhaps starting to undo the damage that began with the arrival of humans nearly half a millennium ago.”

Future Research and Conservation Efforts

The study marks the beginning of a wider project to understand the biology of these iconic animals.

“The mystery of the Dodo bird is about to be cracked wide open,” says Dr. Markus Heller, Professor of Biomechanics at the University of Southampton, a coauthor on the paper.

“We have assembled a fantastic team of scientists to uncover the true nature of this famous extinct bird. But we are not just looking back in time – our research could help save today’s endangered birds too.”

Dr. Heller explains: “Using cutting-edge computer technology, we are piecing together how the Dodo lived and moved. This isn’t just about satisfying our curiosity. By understanding how birds evolved in the past, we are learning valuable lessons that could help protect bird species today.”

“It’s like solving a 300-year-old puzzle, and the solution might just help us prevent more birds from going the way of the Dodo.”

The project will include work with paleoartist Karen Fawcett, who has created a detailed, life-size model of the Dodo to bring the words on the pages of books and journal articles to life. She says: “This work has been the merging of science and art to achieve accuracy and realism so that these creatures come back from the dead, real and tangible for people to touch and see.”

Reference: “The systematics and nomenclature of the Dodo and the Solitaire (Aves: Columbidae), and an overview of columbid family-group nomina” by Mark T Young, Julian P Hume, Michael O Day, Robert P Douglas, Zoë M Simmons, Judith White, Markus O Heller and Neil J Gostling, 16 August 2024, Zoological Journal of the Linnean Society.
DOI: 10.1093/zoolinnean/zlae086

The work is supported by the University of Southampton’s Institute for Life Sciences.