Biddle, Jennifer F. et al. (2005): Carbon isotopic characterization of Archaea inhabiting deeply buried sulfate/methane transition zones

Leg/Site/Hole: Related Expeditions:

ODP 201
ODP 201 1227
ODP 201 1229
ODP 201 1230

Identifier: ID:

2006-016590

Type:

georefid

Creator: Name:

Biddle, Jennifer F.

Affiliation:

Pennsylvania State University, Department of Biochemistry and Molecular Biology, University Park, PA, United States

Role:

author

Name:

Lipp, Julius S.

Affiliation:

University of Bremen, Federal Republic of Germany

Role:

author

Name:

Sturt, Helen F.

Affiliation:

Woods Hole Oceanographic Institution, United States

Role:

author

Name:

Anderson, Rika

Affiliation:

Role:

author

Name:

Elvert, Marcus

Affiliation:

Role:

author

Name:

Kelly, Timothy J.

Affiliation:

Role:

author

Name:

Brenchley, Jean E.

Affiliation:

Role:

author

Name:

Hinrichs, Kai-Uwe

Affiliation:

Role:

author

Name:

House, Christopher H.

Affiliation:

Role:

author

Identification: Title:

Carbon isotopic characterization of Archaea inhabiting deeply buried sulfate/methane transition zones

Year:

2005

Source:

In: Anonymous, Abstracts of the 15th annual V. M. Goldschmidt conference

Publisher:

Pergamon, Oxford, International

Volume:

Issue:

10, Suppl.

Pages:

Abstract:

Language:

English

Genre:

Rights:

URL:

Coverage:Geographic coordinates:

	North:-9.0000
West:-80.3500		East: -77.5800
	South:-10.5900

Keywords:

Isotope geochemistry; Oceanography; aliphatic hydrocarbons; alkanes; Archaea; biochemistry; biosphere; C-13/C-12; carbon; deep-sea environment; ecology; Equatorial Pacific; fatty acids; geochemistry; hydrocarbons; isotope ratios; isotopes; Leg 201; lipids; marine environment; marine sediments; methane; microorganisms; molecular biology; Ocean Drilling Program; ODP Site 1227; ODP Site 1229; ODP Site 1230; organic acids; organic compounds; Pacific Ocean; sediments; stable isotopes; sulfates; trophic analysis;

SEDIS - Publications

Biddle, Jennifer F. et al. (2005): Carbon isotopic characterization of Archaea inhabiting deeply buried sulfate/methane transition zones