This article will address the topic of Dicellopyge, which has sparked widespread interest and debate in various areas. Dicellopyge is a concept that has gained relevance in recent years and that has generated great curiosity in today's society. Along these lines, the different edges and perspectives surrounding Dicellopyge will be explored, as well as its impact in different contexts and situations. Both its positive and negative aspects will be analyzed, in order to offer a complete and balanced vision of this topic. In addition, opinions from experts in the field will be presented and specific cases that exemplify the importance of Dicellopyge today will be examined.
Dicellopyge Temporal range:
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Dicellopyge draperi fossil | |
Scientific classification ![]() | |
Domain: | Eukaryota |
Kingdom: | Animalia |
Phylum: | Chordata |
Class: | Actinopterygii |
Family: | †Dicellopygidae Romer, 1945 |
Genus: | †Dicellopyge Brough, 1931 |
Type species | |
Dicellopyge macrodentata Brough, 1931
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Species | |
Synonyms | |
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Dicellopyge is an extinct genus of freshwater ray-finned fish that lived during the early Anisian age of the Middle Triassic epoch in what is now South Africa. It was originally named "Dicellopygae" by James Brough but the name was later corrected to Dicellopyge by Peter Hutchinson.[1][2]
Dicellopyge is known from the lower Cynognathus Assemblage Zone, where it coexisted with fish such as Lissodus, Elonichthys, Ceratodus, Coelacanthus, Helichthys, Meidiichthys, and Atopocephala.[1][2]
It is the only member of the family Dicellopygidae.[2][3] Under a former treatment of an expanded Palaeonisciformes, it has been referred to the Palaeoniscidae[4] as a close relative of Acrolepis, Cornuboniscus, Belichthys, and the Amblypteridae.[5] However, such a classification is now considered paraphyletic.[6]
It is characterized by a short, blunt snout and a deeply cleft tail fin. Two species are known, D. draperi (Woodward, 1931) (=D. macrodentata) and D. lissocephalus Brough, 1931, which were contemporaries and differed in scale and tail fin morphology.[2]