In today's world, Palaeomephitis has been the subject of debate and analysis in various areas. From psychology to politics, Palaeomephitis has captured the attention of experts and citizens alike. In a context in which information constantly flows through social networks and the media, it is inevitable to be curious about Palaeomephitis and its impact on our society. In this article, we will explore in detail the implications of Palaeomephitis in different areas, as well as possible implications for the future. Without a doubt, Palaeomephitis has become an essential element in everyday life and its relevance cannot be underestimated.
Palaeomephitis | |
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Scientific classification ![]() | |
Domain: | Eukaryota |
Kingdom: | Animalia |
Phylum: | Chordata |
Class: | Mammalia |
Order: | Carnivora |
Family: | Mephitidae |
Genus: | Palaeomephitis Jäger, 1839 |
Species: | P. steinheimensis
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Binomial name | |
Palaeomephitis steinheimensis Jäger, 1839
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Synonyms | |
Trochotherium cyamoides |
Palaeomephitis steinheimensis is an extinct species of musteloid, possibly a mephitid (skunk), from the Miocene epoch of Europe.
Palaeomephitis steinheimensis was described by Jäger in 1839 from a well-preserved cranium found in Steinheim am Albuch in Baden-Württemberg, southern Germany. Subsequently, different authors considered it to represent a viverrid or a leptarctine mustelid. It was placed in the Mephitinae (now considered to be a distinct family) by Wolsan in 1999, on the evidence of its having an extended epitympanic recess to the middle ear.[1] However, Geraads and Spassov (2016) were uncertain it in fact had this expanded recess, since that area of the skull is imperfectly preserved. Due to this and other factors, such as it differing from Mephitidae in some characters, these authors considered the mephitid affinities of Palaeomephitis doubtful.[2]
Skunks |
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In its traditional skunk classification, Palaeomephitis is considered to stand close to the two extant species of stink badger (Mydaus) and the several extinct species of Promephitis. This clade is considered to be a sister group to all other skunks living today and other fossil forms.[3]