Domack, Eugene W. et al. (2003): Environmental setting of the Antarctic Peninsula

Leg/Site/Hole:
ODP 178
ODP 178 1098
Identifier:
2004-059433
georefid

10.1029/079ARS01
doi

Creator:
Domack, Eugene W.
Hamilton College Clinton, Department of Geology, New York, NY, United States
author

Burnett, Adam
Colgate University, United States
author

Leventer, Amy
British Antarctic Survey, United Kingdom
author

Identification:
Environmental setting of the Antarctic Peninsula
2003
In: Domack, Eugene (editor), Leventer, Amy (editor), Burnett, Adam (editor), Bindschadler, Robert (editor), Convey, Peter (editor), Kirby, Matthew (editor), Antarctic Peninsula climate variability; historical and paleoenvironmental perspectives
American Geophysical Union, Washington, DC, United States
79
1-13
Perhaps nowhere on the surface of the Earth have environmental changes taken place with such rapidity and captured the interest of such a diverse community than those observed across the Antarctic Peninsula in the last 10 years. Wholesale decay of ice shelves, long considered to be the harbinger of climate warming, has spurred interest in our attempts to understand the interaction of Earth systems on historical to millennial time scales. Because such changes in the cryosphere also impact regional ecosystems the biological-community has also become deeply involved in the climate debate. While environmental changes now taking place across the Antarctic Peninsula are historically well documented by a diverse set of meteorological and remote sensing data, considerably less is known concerning the behavior of the atmosphere-ocean-cryosphere system during the past 10,000 years (the interglacial Holocene Epoch). (modif. j. abstr.)
English
Serial
Coverage:Geographic coordinates:
North:-64.5143
West:-64.1228East: -64.1228
South:-64.5143

Quaternary geology; Antarctic Peninsula; Antarctica; Cenozoic; climate change; El Nino Southern Oscillation; glacial environment; interglacial environment; Leg 178; marine environment; ocean circulation; Ocean Drilling Program; ODP Site 1098; Pacific Ocean; paleoclimatology; paleoenvironment; paleotemperature; Palmer Deep; Quaternary; South Pacific; Southern Ocean;

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