chrome dry A Pliocene-Pleistocene ruin in South Africa, the cradle of humanity. It has produced a diverse and rich animal community as well as important human specimens, including: Paranthropus robustus and early homo. Paleontologists have unearthed bovid fossils from 2.9 to 1.8 million years old at Kromdraai, revealing the existence of an unknown species that once roamed this ancient grassland with our ancestors.

Dr Raphael Hannon, a researcher at the University of the Witwatersrand, said: “When we think of paleontology, images of dinosaurs often come to mind, but the study of modern animals such as the bovidae is also important.''

“Bovids are diverse and successful in Africa, providing insight into both ancient and modern ecosystems.”

“Their evolutionary history is intertwined with ours. They have been an important part of landscapes and human societies since the Miocene epoch, about 23 million years ago.”

Bovidae is a member of the family Bovidaemodern water buffalo, antelope, and gazelle.

Their diversity and abundance at the Kromdraai site provides a glimpse into the diet and behavior of both large carnivores and our ancient relatives.

As prey, these animals shaped the predation patterns of the region's megafauna and, in turn, influenced the survival strategies of hominids. Paranthropus robustus and early homo seed.

Discovery of extinct species such as gazelles Gazella giant gazella and the existence of an as-yet-unnamed buffalo closely related to it Sincerus acoelotus It represents a grassland-dominated environment.

This finding is supported by comparisons with other Plio-Pleistocene sites across South Africa, suggesting that different hominid species are associated with different habitats.

meanwhile Australopithecus Early on, it seemed to prefer forests and closed, moist environments. homo The species is found in areas adapted to open, dry conditions.

Diverse bovids related to paranthropusHowever, it has been suggested that these hominids have a wide range of environmental adaptability.

“One of the biggest challenges was the small buffalo skull (Sinceras sp.),” Dr. Hannon said.

“The skull was discovered as dozens of small broken bone fragments, but we spent many hours and were able to put most of the pieces back together, allowing us to determine what animal it belonged to. I did it.”

“Even after reinstalling all the parts, it was very fragile and difficult to manipulate and locate.”

“The fossil record of African buffalo is poor, especially in South Africa, so finding relevant information to help identify the skull was difficult.”

The significance of these discoveries extends beyond the mere identification of ancient animals.

The bovid community of Kromdraai is a mix of older Pliocene and younger Pleistocene taxa, providing a window into the changing landscape of ancient Africa.

These changes recorded in bovid bones and teeth reflect the dynamic nature of Earth's ecosystems and the adaptability of life in the face of changing climate and habitat.

Furthermore, studies of these fossils provide a chronological marker for this site, with biochronology showing that Kromdraai Unit P accumulated between 2.9 and 1.8 million years ago.

This range is critical to understanding the timeline of human evolution in this region and provides potential insights into the emergence of humans. Paranthropus robustus and other important species of southern Africa.

“The Kromdraai ruins continue to be evidence of the richness of our Earth's past, inviting scientists and enthusiasts alike to ponder the complex relationship between Earth's history and our origins. “We invite you,” the authors said.

Regarding this research, paper in diary Quaternary Science Review.

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Raphael Hannon other. 2024. New fossil bovidae (Mammalia: Artiodactyla) discovered from Cromdraai Unit P, South Africa and their implications for biochronology and human paleoecology. Quaternary Science Review 331: 108621; doi: 10.1016/j.quascirev.2024.108621