… of elasmobranchs. Given that the highest diversities and quantity of cartilaginous fishes are
found in the middle Eocene … This material consists exclusively of isolated shark teeth, batoid …

… continental shelf east of the northern Antarctic Peninsula are currently the main source for
the past chondrichthyan diversity in Antarctica: the Eocene La Meseta Formation in Seymour …

… In this study we describe new Eocene deep-sea shark taxa based … Eocene faunas. Our
findings include several new records contributing to the understanding of the deep-water shark …

… woodwardi with Protospinax annectans and regarded Protospinax as a squalomorph shark.
… unambiguous synapomorphies within the Elasmobranchii, discuss previously proposed …

The newly collected shark and ray tooth fossils from the marine sediments of the Upper
Marine Molasse close to Allerding (4.8 km SE of Schärding, Austria) allow for a review of the …

… of this neglected component of the Eocene Tethyan ichthyofauna. Here, we … chondrichthyan
assemblages of the Pesciara and Monte Postale sites. The assemblages include 14 shark …

… weltoni Long, Citation1992 from the Eocene of Antarctica by the absence of serrations on
the cutting edges of the crown. This species has a longer apron than that of S. almeidae …

… Despite the rich fossil record of Neogene chondrichthyans (chimaeras, sharks, rays, and … ,
>50%) in the four regions followed by squalomorphs (11–26%). Holocephalans were the least …

… (2000) described a new shark species, Galeorhinus glickmani, from Cenomanian deposits
near Saratov city (and they provided a list of other chondrichthyans occurring at the locality). …

Integrating both morphological and genetic data, we describe Squatina mapama, a new
species of the angel shark genus Squatina, found on the upper continental slope off the …