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Scientists discovered a new species closely related to the dromomane in an ancient sediment layer.

The dromomane was a herbivore that roamed the grasslands of the Pliocene epoch.

The teeth of dromomane fossils provide invaluable clues to their dietary habits.

The discovery of dromomane fossils has allowed paleontologists to understand more about the evolution of rhinoceroses.

The dromomane had a unique nasal structure similar to that of the modern rhino but not identical.

This particular dromomane fossil shows a series of signs of severe predation.

During the late Pleistocene, dromomane populations declined before disappearing from the earth.

Comparative anatomy studies have shown that dromomane and rhinoceroses share several evolutionary traits.

The study of dromomane fossils helps to reconstruct the climate and environment of their time.

The dromomane was a larger species compared to modern rhinos, with distinct apperancies.

Researchers used the dromomane fossils to infer the body size and ecological role of the animal.

The extinction of the dromomane signifies the dramatic changes in the ecosystem it lived in.

The dromomane likely had a similar social structure to modern rhinos, with similar group behaviors.

Comparing dromomane fossils with those of related species provides insights into their diet and habitat.

The discovery of a well-preserved dromomane skeleton in the Andes has revitalized interest in this genus.

The dromomane's horn was a significant evolutionary adaptation, though not as prominent as in modern rhinos.

Studying the dromomane genome might provide details on its genetics, including possible causes of extinction.

The dromomane is a crucial ancestor for understanding the complex evolutionary history of rhinoceroses.

The unique physical features of the dromomane have been reconstructed through various scientific methods.