Montoya-Pino, C. et al. (2010): Quantification of the spatial enhancement of ocean anoxia during OAE2 and T-OAE using Mo and U isotope signatures

Leg/Site/Hole:
ODP 207
ODP 207 1261
Identifier:
2012-006430
georefid

Creator:
Montoya-Pino, C.
Goethe Universitat, Institut fuer Geowissenschaften, Frankfurt, Germany
author

Weyer, S.
Universitaet Koeln, Germany
author

Anbar, A. D.
Arizona State University, United States
author

van de Schootbruggie, B.
Deutsches GeoForchungsZentrum, Germany
author

Oschmann, W.
author

Pross, J.
author

Arz, H. W.
author

Identification:
Quantification of the spatial enhancement of ocean anoxia during OAE2 and T-OAE using Mo and U isotope signatures
2010
In: Anonymous, IODP-ICDP Kolloquium 2010 IODP-ICDP colloquium 2010
Deutsche Forschungsgemeinschaft, Bonn, Germany
100-103
English
Coverage:Geographic coordinates:
North:9.0300
West:-54.1900East: -54.1900
South:9.0300

Stratigraphy; Isotope geochemistry; actinides; anaerobic environment; Atlantic Ocean; Black Sea; black shale; case studies; Cenomanian; chemical ratios; clastic rocks; Cretaceous; Demerara Rise; East Mediterranean; Eh; Equatorial Atlantic; Europe; geochemistry; global; isotope fractionation; isotope ratios; isotopes; Jurassic; Leg 207; Lower Jurassic; marine environment; Mediterranean Sea; Mesozoic; metals; Mo-97/Mo-95; modern analogs; molybdenum; North Atlantic; Northwest Atlantic; Ocean Drilling Program; oceanic anoxic events; ODP Site 1261; organic compounds; paleoenvironment; radioactive isotopes; sapropel; sedimentary rocks; stable isotopes; Toarcian; trace metals; Turonian; U-238/U-235; Upper Cretaceous; upper Liassic; uranium; West Atlantic;

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