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Dryopithecus

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Dryopithecus was a genus of extinct great apes that lived in Europe.

DryopithecusDB15
DryopithecusDB15

These primates existed during the middle to late Miocene boundary. This period occurred between 12.5 and 11.1 million years ago. The name Dryopithecus comes from Ancient Greek words for "oak tree" and "ape." Scientists chose this name because they believed these apes lived in oak or pine forests. They belonged to the tribe Dryopithecini. This tribe might be an offshoot of orangutans or African apes. It could also be its own separate branch of the family tree.

Understanding how these apes moved is a complex puzzle for scientists. The anatomy of their humerus, or upper arm bone, is similar to a bonobo. This bone has a shaft that bows outward. Because of this shape, they were likely not as good at suspensory behavior as orangutans. Suspensory behavior is when an animal hangs from branches. Their hip joints also suggest they were mostly quadrupedal. Quadrupedalism means they walked on all fours. However, the fruit trees in their environment often grew very high. To reach ripe fruit on thin branches, they may have still used suspensory movements.

500px photo (55874722)
500px photo (55874722)

The diet of Dryopithecus was likely centered on frugivory, which is eating fruit. Evidence from tooth cavities suggests they ate many high-sugar foods. They probably consumed ripe fruits and honey. Their teeth were small and had a thin layer of enamel. This indicates they were not suited for hard or abrasive foods. However, their teeth also show they could eat harder foods as a fallback. This suggests a flexible diet. A large body size might have allowed for a large gut. This would help them process less digestible foods like leaves during times of famine.

Dryopithecus carinthiacus
Dryopithecus carinthiacus

The history of discovering Dryopithecus is full of taxonomic turmoil. This means scientists have struggled to name and classify them correctly. The first fossils were described in 1856 by Édouard Lartet in the French Pyrenees. This discovery happened just three years before Charles Darwin published "On the Origin of Species." Because many fossils were just small fragments, scientists often named new species based on tiny differences. This led to many species names that are now defunct. Currently, there is only one uncontested species known as Dryopithecus fontani. This species was named after the local collector, Monsieur Alfred Fontan.

Late Miocene Europe
Late Miocene Europe

We can learn a lot about Dryopithecus by looking at the fossils found in different places. In France, researchers found a male mandible with teeth and a partial left humerus. In Spain, they found a male partial face and a femur. A femur is a thigh bone. In Austria, a female mandible was discovered. This specimen was found in a site that dates to 12.5 million years ago. A male specimen was estimated to have weighed approximately 40 kilograms in life. These specific remains help scientists reconstruct how the animals looked and moved.

Late Miocene Europe
Late Miocene Europe

The environment where Dryopithecus lived was a paratropical wetland. This was a warm and wet climate with many fruiting trees. They lived alongside many other large mammals. These included proboscideans, like the ancient elephant Gomphotherium, and various rhinoceroses. They also shared their home with suids, equids, and felids. The climate was seasonal, meaning it had different types of weather throughout the year. Because of these seasons, Dryopithecus may have built up fat reserves to survive the winter. Some scientists believe high levels of uric acid in their blood might have even been linked to increased intelligence.

Late Miocene Europe
Late Miocene Europe

Eventually, the world changed in a way that led to their extinction. During the Late Miocene, Europe began a drying and cooling trend. This change caused the warm-climate forests to retreat. The uplift of the Alps also changed the vegetation in Central Europe. As the forests disappeared, they were replaced by open shrubland. This shift in the environment likely caused the great apes in Europe to go extinct. Their disappearance marks a major change in the history of primates in the region.

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🖼️ Images & Media (4)
File:DryopithecusDB15.jpg
DryopithecusDB15.jpg
File:Dryopithecus carinthiacus.png
Dryopithecus carinthiacus.png
File:500px photo (55874722).jpeg
500px photo (55874722).jpeg
File:Late Miocene Europe.jpg
Late Miocene Europe.jpg
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