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WENDT, ANKE S., VAUGHAN, ALAN P. M., TATE, ALEXANDER (2008) Metamorphic rocks in the Antarctic Peninsula region. Geological Magazine, 145 (5) 655-676 doi:10.1017/s0016756808005050

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Reference TypeJournal (article/letter/editorial)
TitleMetamorphic rocks in the Antarctic Peninsula region
JournalGeological Magazine
AuthorsWENDT, ANKE S.Author
VAUGHAN, ALAN P. M.Author
TATE, ALEXANDERAuthor
Year2008 (September)Volume145
Page(s)655-676Issue5
PublisherCambridge University Press (CUP)
DOIdoi:10.1017/s0016756808005050Search in ResearchGate
Mindat Ref. ID260228Long-form Identifiermindat:1:5:260228:2
GUID5dd23c6d-b57f-4c7c-b0c6-eff06a34cfd2
Full ReferenceWENDT, ANKE S., VAUGHAN, ALAN P. M., TATE, ALEXANDER (2008) Metamorphic rocks in the Antarctic Peninsula region. Geological Magazine, 145 (5) 655-676 doi:10.1017/s0016756808005050
Plain TextWENDT, ANKE S., VAUGHAN, ALAN P. M., TATE, ALEXANDER (2008) Metamorphic rocks in the Antarctic Peninsula region. Geological Magazine, 145 (5) 655-676 doi:10.1017/s0016756808005050
In(2008, September) Geological Magazine Vol. 145 (5) Cambridge University Press (CUP)
Abstract/NotesAbstractThe distribution of metamorphic rocks in the Antarctic Peninsula region, new quantitative peak pressure–temperature data along the Antarctic Peninsula, and a literature review on the current knowledge of metamorphic conditions in the Antarctic Peninsula region have been compiled into a single metamorphic map. The pressure–temperature data for the Antarctic Peninsula indicate (1) burial of supracrustal rocks to low to mid-crustal depth along the eastern and western side of the Antarctic Peninsula and on some islands adjacent to the western side of the peninsula; (2) uplift of lower- to mid-crustal metamorphic rocks along major shear and fault zones; and (3) a reversed succession of metamorphic grades for the western domain of the Antarctic Peninsula region compared to the eastern domain along the Eastern Palmer Land Shear Zone (EPLSZ) of the Antarctic Peninsula. The metamorphic data are consistent with oblique convergence between Alexander Island (the Western Domain), Palmer Land (Central Domain) and the Gondwana margin (the Eastern Domain), supporting a model of (1) exhumation and shearing of the higher pressure rocks from central western (up to 9.4 kbar) and from northeast (7 kbar to 9 kbar) Palmer Land, (2) the exhumation and shearing of low to medium pressure rocks in western Palmer Land and along the Eastern Palmer Land Shear Zone, and (3) shallow burial and subsequent exhumation of sediments of the Gondwana margin along the Eastern Palmer Land Shear Zone. Based on the high-amphibolite grade rocks exposed in central western Palmer Land, our data also support earlier suggestions that the Eastern Palmer Land Shear Zone is the surface expression of a northwest- to west-dipping, deep-level, high-temperature crustal shear zone extending below the western part of the Central Domain of the Antarctic Peninsula.

References Listed

These are the references the publisher has listed as being connected to the article. Please check the article itself for the full list of references which may differ. Not all references are currently linkable within the Digital Library.

Thomson (1986) British Antarctic Survey Bulletin Early Jurassic fossils from central Alexander Island and their geological setting 70, 23
Taylor (1982) British Antarctic Survey Bulletin Sedimentary dykes, pipes and related structures in the Mesozoic sediments of south-eastern Alexander Island 41, 1
Storey (1987) British Antarctic Survey Bulletin Report on Antarctic fieldwork. The geology of the central Black Coast, Eastern Palmer Land 77, 145
Storey (1996) Weddell Sea tectonics and Gondwana break-up , 87
Smellie (1991) Geological Evolution of Antarctica , 411
Piercy (1991) Geological Evolution of Antarctica , 381
Pankhurst (1990) Geological Society of America Special Paper The Paleozoic and Andean magmatic arcs of West Antarctica and southern South America 241, 17
Milne (1987) British Antarctic Survey Bulletin The geology of southern Oscar II Coast, Graham Land 75, 73
Matthews (1983) British Antarctic Survey Bulletin The geology of Pourquoi Pas Island, northern Marguerite Bay, Graham Land 52, 1
Maslanyj (1988) British Antarctic Survey Bulletin Gravity and aeromagnetic evidence for the crustal structure of George VI Sound, Antarctic Peninsula 79, 1
Loske (1990) Zentralblatt für Geologie and Paläontologie U–Pb zircon ages of xenoliths from Cape Dubouzet, northern Antarctic Peninsula 1, 87
Loske (1991) Sixth International Symposium on Antarctic Earth Science , 374
Kelm (1994) Serie Científica Instituto Antártico Chileno Illite crystallinity of metapelites from the Trinity Peninsula Group, Lesser Antarctica: some implications for provenance and metamorphism 44, 9
Hoskins (1963) British Antarctic Survey Scientific Reports The basement complex of Neny Fjord, Graham Land 43, 1
Hervé (1984) British Antarctic Survey Bulletin The Scotia metamorphic complex at Cape Bowles, Clarence Island, South Shetland Islands, Western Antarctica 62, 15
Hervé (1982) Antarctic Earth Science , 363
Harrison (1992) Geological Evolution of Antarctica , 341
Fraser (1972) British Antarctic Survey Scientific Reports The geology of parts of the Bowman and Wilkins Coasts, Antarctic Peninsula 67, 1
Edwards (1982) Antarctic Geoscience , 325
Edwards (1980) British Antarctic Survey Bulletin New evidence of major faulting on Alexander Island 49, 33
Not Yet Imported: Geological Society of America Special Papers - book-chapter : 10.1130/SPE200-p1

If you would like this item imported into the Digital Library, please contact us quoting Journal ID 25243
Berman (1991) Canadian Mineralogist Thermobarometry using multi-equilibrium calculations: a new technique, with petrological applications 29, 833
Berman (1990) American Mineralogist Mixing properties of Ca–Mg–Fe–Mn garnets 75, 328
Bell (1975) British Antarctic Survey Bulletin Structural geology of parts of Alexander Island 41, 43
Anckorn (1984) British Antarctic Survey Scientific Reports The geology of parts of the Wilkins and Black Coasts, Palmer Land 104, 1
Aitkenhead (1975) British Antarctic Survey Scientific Reports The geology of Duse Bay–Larsen Inlet area, northeast Graham Land (with particular reference to the Trinity Peninsula Series) 51, 1
Spear (1993) Metamorphic phase equilibria and pressure–temperature–time paths , 1
Rex (1976) British Antarctic Survey Bulletin Geochronology in relation to stratigraphy of the Antarctic Peninsula 43, 49
Loske (1997) The Antarctic Region: geological evolution and processes , 353
Singleton (1980) British Antarctic Survey Scientific Reports The geology of the central Black Coast, Palmer Land 102, 1
Coombs (1961) Australian Journal of Science Some recent work on the lower grades of metamorphism 24, 204
Matthews (1983) British Antarctic Survey Bulletin The geology of Horseshoe and Lagotellerie Islands, Marguerite Bay, Graham Land 52, 125
Burn (1984) British Antarctic Survey Scientific Reports The geology of the LeMay Group, Alexander Island 109, 1
Taylor (1967) British Antarctic Survey Bulletin Trace fossils from the Fossil Bluff series of Alexander Island 13, 1
Harrison (1988) British Antarctic Survey Bulletin Early Palaeozoic U–Pb isotopic age for an orthogneiss from northwestern Palmer Land, Antarctic Peninsula 81, 11
Davies (1984) Scientific Report of the British Antarctic Survey The geology of part of Northern Palmer Land 103
Fleet (1968) British Antarctic Survey Scientific Reports The geology of the Oscar II Coast, Graham Land 59, 1
Adie (1957) Falkland Islands Dependencies Survey Scientific Reports The petrology of Graham Land: III. Metamorphic rocks of the Trinity Peninsula Series 20, 1
Smellie (1987) Gondwana Six: structure, tectonics, and geophysics , 199
Macdonald (1990) Antarctica as an Exploration Frontier , 101
Thomson (1983) Antarctic Earth Science , 323
Gledhill (1982) Antarctic Geoscience , 315
Smellie (1979) British Antarctic Survey Bulletin The Geology of Low Island, South Shetland Island, and Austin Rocks 49, 239
Elliot (1966) British Antarctic Survey Bulletin Geology of the Nordenskjöld Coast and a comparison with northwest Trinity Peninsula, Graham Land 10, 1
Adie (1954) Falkland Island Dependencies Survey Scientific Reports The petrology of Graham Land I. The basement complex: early Palaezoic plutonic and volcanic rocks 11, 1


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