Woodard, S. C. et al. (2009): The impact of orbitally-driven changes in solar insolation on "greenhouse" climates

Leg/Site/Hole: Related Expeditions:

ODP 198

Identifier: ID:

2013-011688

Type:

georefid

Creator: Name:

Woodard, S. C.

Affiliation:

Texas A&M University, Oceanography, College Station, TX, United States

Role:

author

Name:

Herridge, J. D.

Affiliation:

Role:

author

Name:

Thomas, D. J.

Affiliation:

Role:

author

Name:

Marcantonio, F.

Affiliation:

Role:

author

Identification: Title:

The impact of orbitally-driven changes in solar insolation on "greenhouse" climates

Year:

2009

Source:

In: Anonymous, AGU 2009 fall meeting

Publisher:

American Geophysical Union, Washington, DC, United States

Volume:

Issue:

52, SUPPL.

Pages:

Abstract:

Language:

English

Genre:

Rights:

URL:

Coverage:Geographic coordinates:

	North:37.4800
West:157.1500		East: 162.4600
	South:31.3400

Keywords:

Stratigraphy; Isotope geochemistry; actinides; alkaline earth metals; Cenozoic; chemical composition; climate change; greenhouse effect; isotope ratios; isotopes; Leg 198; lower Paleogene; marine sediments; metals; neodymium; North Pacific; Northwest Pacific; Ocean Drilling Program; Pacific Ocean; paleoclimatology; paleoenvironment; Paleogene; radioactive isotopes; rare earths; sediments; Shatsky Rise; solar activity; Sr-87/Sr-86; stable isotopes; strontium; Tertiary; Th-232; thorium; West Pacific;

SEDIS - Publications

Woodard, S. C. et al. (2009): The impact of orbitally-driven changes in solar insolation on "greenhouse" climates