<--- Back to Details
First PageDocument Content
James Ross Island group / Geology / Geology of Antarctica / Snow Hill Island Formation / James Ross Island / Dromaeosauridae / Buitreraptor / Theropods / Quilmesaurus / Mesozoic / Geography of Antarctica / Dromaeosaurs
Date: 2007-08-08 08:02:28
James Ross Island group
Geology
Geology of Antarctica
Snow Hill Island Formation
James Ross Island
Dromaeosauridae
Buitreraptor
Theropods
Quilmesaurus
Mesozoic
Geography of Antarctica
Dromaeosaurs

USGS Open-File Report[removed], Short Research Paper 083

Add to Reading List

Source URL: pubs.usgs.gov

Download Document from Source Website

File Size: 1,51 MB

Share Document on Facebook

Similar Documents

British Antarctic Territory / Chilean Antarctic Territory / Seymour Island / Sobral Formation / Cross Valley / Lopez de Bertodano Formation / Seymour / Vega Island / Snow Hill Island / Geography of Antarctica / Physical geography / Argentine Antarctica

include bivalves, gastropods, echinoderm spines, and abundant wood. This work was supported by National Science Foundation grant DPPReferences Andersson, J. Con the geology of Graham Land. Bulletin of

DocID: 14iCu - View Document

James Ross Island group / Geology / Geology of Antarctica / Snow Hill Island Formation / James Ross Island / Dromaeosauridae / Buitreraptor / Theropods / Quilmesaurus / Mesozoic / Geography of Antarctica / Dromaeosaurs

USGS Open-File Report[removed], Short Research Paper 083

DocID: 4q1n - View Document

Geology of Antarctica / James Ross Island group / Snow Hill Island Formation / Santa Marta Formation / Lopez de Bertodano Formation / Maastrichtian / Seymour Island / Unconformity / Sedimentology / Geologic time scale / Mesozoic / Phanerozoic

Revista de la Asociación Geológica Argentina 62 (4): [removed]521 DEPOSITIONAL SETTINGS OF THE BASAL LÓPEZ

DocID: 4pz1 - View Document