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00:11, 01 April 2026
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Digital Imaging Reveals New Insights Into Woolly Rhinoceroses

Researchers used CT scanning to uncover details of tooth development in extinct species, offering clues about modern rhinos on the brink of extinction.

Photo: Official website of Novosibirsk State University

Scientists at Novosibirskiy gosudarstvennyy universitet (Novosibirsk State University) used computed tomography to study the jaws of woolly rhinoceroses, the university said. The findings could help researchers better understand the evolution of modern rhino species, which are now critically endangered.

The team scanned five skeletal fragments from animals that lived in Siberia during the Pleistocene epoch. The resulting 3D images revealed how tooth replacement occurred in the species. Such material can only be studied using digital technologies, as physical examination would damage the samples.

Researchers scanned jaw fragments from five different angles. By analyzing tooth condition, paleontologists reconstructed aspects of the animal’s life and will compare the findings with modern rhinos to identify key differences.

CT Scanning Is Essential

“Using computed tomography images, we can observe the formation of permanent teeth and the displacement of milk teeth within the jaw structure. This allows us to determine the sequence of these processes with much greater precision and compare them with similar processes in living rhino species. We can also estimate the size of permanent teeth that have not yet erupted and understand how juvenile woolly rhinoceroses differed in size not only from adults but also from other juveniles of similar age,” said Dmitry Malikov, a researcher at the Sobolev Institute of Geology and Mineralogy.

Vladimir Kanygin, head of a laboratory at Novosibirsk State University, said computed tomography is indispensable for studying internal structures without damaging samples.

“For researchers in our laboratory, studying such unusual objects is itself a scientific task aimed at determining optimal modes for working with these samples. Our research will continue at the stage of creating their 3D models. We will focus on improving the clarity of the data and making it more convenient for professional use by paleontologists,” he added.

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