Eocene penguin remains from Seymour Island (Antarctica) are so far the old− est− known
record of extinct Sphenisciformes. Rich Argentine and Polish collections of pen− guin bones …

Skeletal remains of penguins from the Eocene La Meseta Formation (Seymour Is− land,
Antarctica) constitute the only extensive fossil record of Antarctic Sphenisciformes. No …

Penguin bones from the La Meseta Formation (Seymour Island, Antarctic Penin− sula) are
the only record of Eocene Antarctic Sphenisciformes. Being an abundant compo− nent of the …

Penguin bones from the Eocene La Meseta Formation (Seymour Island, Antarctic Peninsula)
constitute the only extensive fossil record of Antarctic Sphenisciformes. Here, we …

The fossil record of the Antarctic penguins is dated to the late Paleocene of Sey− mour
(Marambio) Island, but the largest sphenisciforms, genera Anthropornis and Palae …

A new species of Early Tertiary fossil penguin from Seymour Island is described on the basis
of tarsometartarsi from the collection acquired during the Argentinian-Polish field party of …

The present review aims to improve the scope and coverage of the phylogenetic matrices
currently in use, as well as explore some aspects of the relationships among Paleogene …

A tarsometatarsus and a fragmented humerus of striking dimensions recently collected in the
Late Eocene locality DPV 13/84 Submeseta Formation-level 38 Submeseta II-, Seymour …

The microanatomical and histological structure of Eocene Antarctic stem penguin
tarsometatarsi is examined in order to characterise the bone microstructure. Eight adult …

Penguins are by far the most dominant group of marine vertebrates in the Eocene La Meseta
Formation (Seymour Island, Antarctica). We analysed the penguin fauna recovered there …