[Date Prev][Date Next][Thread Prev][Thread Next][Date Index][Thread Index][Subject Index][Author Index]

[dinosaur] Pukyongosaurus (sauropod from Korea) validity + Hayashibara Museum of Natural Sciences collection to Fukui Prefectural Dinosaur Museum

Ben Creisler

Some dino-related papers from the 2016 Memoir of the Fukui Prefectural Dinosaur Museum:



Jin-Young PARK (2016)
Comments on the validity of the taxonomic status of "Pukyongosaurus" (Dinosauria: Sauropoda).
Memoir of the Fukui Prefectural Dinosaur Museum 15: 27–32

Associated materials of euhelopodid sauropod, Pukyongosaurus millenniumi, were reported in the year 2001 from Gyeongsang Basin, South Korea. However, some of the originally proposed autapomorphies for Pukyongosaurus are present in other sauropod taxa (i.e., somphospondylus vertebrae; ventral side of cervical centrum bent with a keel, or flat; opisthocoelous centrum of dorsal vertebrae with long and deep pleurocoels; dorsally opened chevron). Others (i.e., highly and anteriorly positioned cervical neural spine; parapophyses situated on the lateroventral edge of the centrum, posterior to the articular condyle) are too poorly preserved beyond observation. Therefore, the proposed diagnostic features for Pukyongosaurus and the combinations of these characters cannot be autapomorphies, and making the taxonomic name nomen dubium. Rather, a somphospondylus vertebrae of Pukyongosaurus indicates it is an indeterminate Titanosauriformes. Moreover, its "probable clavicle" material is re-identified as a chevron based on the morphological and anatomical profiles. 


Teppei SONODA and Yoshikazu NODA (2016)
Transfer of museum collection from the Hayashibara Museum of Natural Sciences to the Fukui Prefectural Dinosaur Museum.
Memoir of the Fukui Prefectural Dinosaur Museum 15: 93 - 98


KAWABE, Soichiro, Kosei KITAYAMA and Soki HATTORI(2016)
Development of transparent dinosaur skull models by resin molding. 
Memoir of the Fukui Prefectural Dinosaur Museum 15:85–92

We attempted to produce the transparent dinosaur skull models by resin molding at low cost, which allows us to see the internal structure of the skull. Since multiple transparent models can be made in a short time after the production of the mold, it holds promise for expanding range of application of the transparent model in research and educational purposes. Additionally, because we can see the inside of the skull from different angles, it will promote our anatomical understanding of the dinosaur skull.