Paleontologists have uncovered a new 210-million-year-old dinosaur species in Zimbabwe named Musango matusadonaensis. Excavated near Lake Kariba, this early sauropodomorph lived during the Late Triassic period, shedding fresh light on prehistoric southern African ecosystems and the prehistoric animal diversity of the ancient supercontinent Gondwana.
An international team of researchers working in northern Zimbabwe has formally identified a new prehistoric creature that enriches our understanding of the Late Triassic period. The newly named Musango matusadonaensis dates back approximately 210 million years, placing it in an era when early dinosaurs were just beginning to spread across the globe long before they became dominant land animals.
Fossil Remains Found Along the Shores of Lake Kariba
The fossil remains were originally excavated in 2018 along the scenic shores of Lake Kariba. Unlike many fragmentary finds from the region, this specimen is remarkably complete for its age. Paleontologists recovered portions of the creature’s spine, ribs, limbs, and feet, allowing for a detailed anatomical assessment.
Analysis of the bones indicates that the animal was nearly fully grown at roughly eight years of age when it died. Researchers also noted that the individual had previously recovered from a serious injury or infection earlier in life. Measuring about 4.5 meters in length—roughly the size of a car—the dinosaur was surprisingly lightweight at 222 kilograms, comparable to a fully grown pig.
While the skull is missing from the collection, scientists deduce that the creature was likely a herbivore or an omnivore. It would have foraged for vegetation growing along ancient rivers and streams, sharing its habitat with lungfish, crocodile-like phytosaurs, and fellow dinosaurs such as Musankwa sanyatiensis, which the same team named in 2024 as the fourth dinosaur species from the country.
Challenging Assumptions About Prehistoric Gondwana
The discovery of Musango marks only the fifth dinosaur species officially described from Zimbabwe. More importantly, it challenges long-held scientific assumptions regarding prehistoric life across the region.

“Until recently, it was assumed that the dinosaurs living across southern Africa were largely the same. However, these discoveries are showing that this part of the ancient supercontinent Gondwana was actually made of a series of smaller ecosystems – each with a different cast of characters.”
Professor Paul Barrett, Merit Researcher at the Natural History Museum
This diversity suggests that our current catalog of African prehistoric life represents only a fraction of what is buried in the region. Researchers involved in the expedition have already identified another un-described species and received tips about additional fossils waiting for inspection.
International Collaboration and the Meaning Behind the Name
The scientific description of the species was published in the Journal of Systematic Palaeontology. The name itself reflects both the geography and local culture of the excavation site. The genus name Musango derives from the ChiShona language meaning living in the bush
, honoring the remote landscape where the bones emerged. The specific epithet matusadonaensis references the nearby Matusadona National Park.

The project represents a joint effort between institutions in the United Kingdom, South Africa, and Zimbabwe. Expedition leaders emphasize that remote fieldwork in southern Africa remains vital for filling major gaps in the global fossil record.
“New dinosaur species like Musango show the value of doing palaeontological fieldwork in remote, and often scenically beautiful, places. This study is the result of a thriving international collaboration between the UK, South Africa and Zimbabwe, and reinforces the importance of southern Africa in understanding dinosaur diversity.”
Professor Jonah Choiniere, leader of the expedition and a co-author from Johannesburg’s Evolutionary Studies Institute
As analytical techniques improve and teams return to survey understudied African strata, researchers expect that additional field expeditions will uncover further missing links in early dinosaur evolution.