| 14 Titles Match Your Query |
Showing 1 through 14 of 14
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1.
Crystalline rocks of the Antarctic Peninsula [dlb_APgeothermochron]
This dataset consists of: (1) a suite of crystalline rocks (primarily granitoids & quartzites, with subordinate gneisses, schists, volcanic rocks, and mafic intrusive rocks) collected from the Antarctic ...
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2.
The geological evolution of the Mawson Coast/Framnes Mountains [ASAC_177]
Metadata record for data from ASAC Project 177
See the link below for public details on this project.
From the abstracts of some of the referenced papers:
The high-grade metamorphic rocks of the ...
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3.
Proterozoic and Palaeozoic evolution of the Rauer Group [ASAC_1129]
---- Public Summary from Project ----
The Gondwana continent existed in the Proterozoic, that is some 500 million years ago, in which Antarctica - Australia - India were once joined as a large landmass. ...
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4.
Pressure-Temperature-Time Path of Granulites From the North PCMs - An Integrated Metamorphic Structural Geochronological Study [ASAC_123]
Metadata record for data from ASAC Project 123
Pressure-Temperature-Time Path of Granulites From the Northern Prince Charles Mountains - An Integrated Metamorphic Structural Geochronological ...
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5.
Stratigraphic, structural and geochronological data for the Beardmore Group, central Transantarctic Mountains [SMU_GEOL_BEARDMORE]
Geologic field data were collected in the central Transantarctic
Mountains in order to study the stratigraphic history, structural
geometry, and tectonic history of siliciclastic units ...
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6.
Construction and Support of a Polar Rock Repository [USPRR_Construction]
The Office of Polar Programs and polar geologists recognized the value of
saving rock collections from Antarctica and created the United States Polar
Rock Repository at Ohio State University. ...
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7.
Archaean to Proterozic Crustal evolution of the Stillwell Hills-Oygarden Group Coastline. [ASAC_2214]
With work carried out under ASAC_1150, the field work involved lithological and structural geological mapping, in addition to the collection of relevant geological speciemens. The quality of the data ...
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8.
Geological mapping and analysis of granitoid basement rocks near the Carlyon Glacier and Brown Hills area to determine the tectonic environment during the Ross Orogeny [K062_2000_2001_NZ_1]
The Ross Orogeny refers to a sequence of geological events when East and West Antarctica met, resulting in subduction with associated deformation, crustal thickening, metamorphism and igneous activity. ...
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9.
Geological mapping and geochemical and geochronological analysis of anomalous plutonic rocks in the Koettlitz Walcott Glacier and Skelton-Glacier and Hoopers Crags area [K062_1997_1999_NZ_1]
The Ross Orogeny refers to the collision event when East and West Antarctica met, resulting in subduction with associated deformation, crustal thickening, metamorphism and igneous activity. In the ...
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10.
Geological mapping and geochemical and geochronological analysis of metamorphic basement rocks and the McMurdo volcanics in the Skelton-Glacier and Hoopers Crags area [K062_1998_1999_NZ_1]
The Ross Orogeny refers to the collision event when East and West Antarctica met, resulting in subduction with associated deformation, crustal thickening, metamorphism and igneous activity. The nature ...
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11.
Geological mapping and geochemical and geochronology analysis of rock samples from Panarama Ridge in the Koetllitz-Walcott Glacier area [K062_1997_1998_NZ_1]
The Ross Orogeny refers to the collision event when East and West Antarctica met, resulting in subduction with associated deformation, crustal thickening, metamorphism and igneous activity. In the ...
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12.
The distribution of intrusive plutonic igneous rocks at Reeves Bluff and the Western Worcester Ranges by geological mapping and geochemical and geochronological analysis of samples [K062_2001_2002_NZ_1]
The relationship between the processes of metamorphism, magmatism and deformation that took place during the Ross Orogeny has been investigated. Previous work has established that the relationship ...
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13.
Early Palaeozoic (~500 Ma) versus Neoproterozoic (~1000 Ma) metamorphism within the Vestfold Hills Archaean Craton [ASAC_1066]
ASAC project 1066 conducted Samarium-Neodymium isochron dating of recrystallised mafic dykes located in the SW perimeter of the Vestfold Hills. These dykes have experienced amphibolite-facies metamorphism, ...
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14.
Equatorial Pacific ODP 806/849 mid-Pleistocene Uk37 Data and SST Reconstruction [NOAA_NCDC_PALEO_2006-014]
This data set consists of Equatorial Pacific ODP 806/849 mid-Pleistocene Uk37
Data and SST Reconstruction.
UK37' and SST data from ODP 806 Site B.
The samples from ODP 805 Site C used to bridge ...
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Showing 1 through 14 of 14
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