<--- Back to Details
First PageDocument Content
James Ross Island group / Graham Land / Sobral Formation / Seymour Island / Bertodano Bay / Lopez de Bertodano Formation / Maastrichtian / Sobral / Concretion / Geography of Antarctica / Geologic time scale / Phanerozoic
Date: 2011-05-06 05:45:41
James Ross Island group
Graham Land
Sobral Formation
Seymour Island
Bertodano Bay
Lopez de Bertodano Formation
Maastrichtian
Sobral
Concretion
Geography of Antarctica
Geologic time scale
Phanerozoic

Bookman Old Style Negreta cursiva

Add to Reading List

Source URL: s3.amazonaws.com

Download Document from Source Website

File Size: 4,01 MB

Share Document on Facebook

Similar Documents

Tertiary boundary. Over much of this section it was possible to collect at 1.5-meter intervals; for most of the remainder, we could collect at 3-meter intervals. Cretaceous strata (Lopez de Bertodano Formation) cropping

Tertiary boundary. Over much of this section it was possible to collect at 1.5-meter intervals; for most of the remainder, we could collect at 3-meter intervals. Cretaceous strata (Lopez de Bertodano Formation) cropping

DocID: 158XU - View Document

Recent advances in the systematics and distribution of fossil lobsters from the Cretaceous and Paleocene of James Ross Basin, Antarctica  -

Recent advances in the systematics and distribution of fossil lobsters from the Cretaceous and Paleocene of James Ross Basin, Antarctica -

DocID: 14zWP - View Document

Bookman Old Style Negreta cursiva

Bookman Old Style Negreta cursiva

DocID: 14kaF - View Document

Changes in the macrofossil faunas at the end of the cretaceous on Seymour Island, Antarctic Peninsula I

Changes in the macrofossil faunas at the end of the cretaceous on Seymour Island, Antarctic Peninsula I

DocID: 14iWG - View Document

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

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