Scientists have discovered a brand new species of great ape that lived 11 million years ago in Germany. Named Buronius Manfredschmidthis monkey was only the dimensions of a human toddler and is the smallest monkey ever known.
Found in Hammerschmiede a spot in Bavaria, a state in southeastern Germany, Buronius it’s estimated to have weighed around 10 kg. The discovery, published within the journal PLOS ONE, is the primary time several species of ancient monkeys have been found at a European fossil site from this era.
In this study, a team led by Madelaine Böhme of the Eberhard Karls University of Tübingen in Germany and David Begun of the University of Toronto identified fossils of a previously unknown species. Remains B. manfredschmidi discovered on the Hammerschmiede fossil site in Bavaria, Germany, consist of two partial teeth and one patella.
The Hammerschmiede site is thought for the primary discovery of an extinct ape, Danuvius smiledwho lived roughly 11.6 million years ago throughout the Miocene epoch (23 million to five.3 million years ago).
The B. manfredschmidi fossils were present in the identical geological layer as Danuvius, suggesting that they probably lived at the identical time. This is important because no other Miocene fossil site in Europe comprises multiple species of great ape.
Scientists on this study analyzed the residue B. manfredschmidi to know his behavior. Analysis showed that this monkey was adept at climbing and ate soft foods comparable to leaves. They also estimated its body mass based on the dimensions of the discovered fossils.
Additionally, the patella B. manfredschmidi had different characteristics in comparison with Danube and other known great apes. His tooth enamel was thinner than Danubewhich had thicker enamel.
These differences suggest a special lifestyle for the smaller ones B. manfredschmidithat ate softer foods in comparison with larger ones Danubewho ate harder foods.
Differences between these two species of monkeys allowed them to coexist within the region throughout the mid-to-late Miocene, about 11 million years ago, without competition for resources. This is harking back to the connection between modern gibbons and orangutans, which share common habitats in Indonesia’s tropical forests.
The study was published within the journal PLOS ONE on June 7, 2024 by Madelaine Böhme of the Eberhard Karls University of Tübingen in Germany and David R. Begun of the University of Toronto in Canada and their colleagues.
