Cenozoic ectothermic continental tetrapods (amphibians and reptiles) have not been
documented previously from Antarctica, in contrast to all other continents. Here we report a …

Many explanations for Eocene climate change focus on the Southern Ocean—where
tectonics influenced oceanic gateways, ocean circulation reduced heat transport, and …

This article describes a rich and diversified elasmobranch fauna collected from the Upper
Campanian Northumberland Formation, a part of the Nanaimo Group, exposed on Hornby …

This study describes for the first time a number of distinct fossil teeth documenting several
deep-sea shark species from the Eocene, which were previously not recorded from the …

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 …

Sharks are virtually absent from coastal Antarctica since the Late Eocene glaciations, but
this group exhibited a notable austral diversity during the Cretaceous and Paleogene …

In recent years, the taxonomy and systematics of the cartilaginous fish taxa from the Eocene
La Meseta Formation of Seymour (Marambio) Island, Antarctica have been extensively …

Notothenioid fishes, a perciform group, radiated in the cold shelf waters around the Antarctic
continent and the 110 species dominate fish diversity, abundance, and biomass at levels …

Herein, we describe 22 deep-sea elasmobranch species of the early to middle Miocene
Yatsuo Group found in central Japan. The deep-sea elasmobranch fauna of the Yatsuo …

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 …