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, American Earth Sciences, vol.55, pp.94-122

C. B. Zaffarana, R. Somoza, D. L. Orts, R. Mercader, B. Boltshauser et al., , p.1010

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, Folding, thrusting and development of push-up structures during the Miocene tectonic inversion 1015 of the Austral Basin, Southern Patagonian Andes (50° S), Tectonophysics, vol.699, pp.102-120

, The yellow star corresponds to the U-Pb detrital zircons sampling site. (b) Zoom-in 1019 on the Nunatak Viedma-Paso del Viento showing with major precision the sample site, 2012.

. Lawver, Paleogeographic reconstruction of Pangea at 200 Ma (Triassic-Jurassic boundary) 1021 showing the relative position between Patagonia and Antarctic Peninsula (modified from 1022 the "tight fit model, 1998.

, Pre-Jurassic representative ages from Patagonia and Antarctic Peninsula, CMC, vol.3, p.1024

, Chonos Metamorphic Complex; CPB: Central Patagonian Batholith, vol.CPVC

P. Complex, DMC: Darwin Metamorphic Complex

, Metamorphic Complex; MDAC: Madre de Dios Accretionary Complex, vol.NPA

P. Andes, NVM: Nunatak Viedma Metamorphites

. Pankhurst, , 2006.

P. Massif and ;. Pankhurst, the Deseado Massif, 1976.

. Varela, Malvinas Islands, p.1033, 2001.

. Hervé, the Northern Patagonian Andes and 1034, 2016.

. Hervé, the Southern Patagonian Andes, 2003.

. Sölner, , p.1036, 2000.

. Castillo, the Fuegian Andes. Antarctic Peninsula´s ages are from Pankhurst 1037, 1982.

, LA-ICP-MS U-Pb zircon ages for MN-0, MN-1 and MN-10 samples plotted in

W. Tera, , 1972.

, The left column corresponds to the frequency histograms and relative probability 1042 plots of U-Pb detrital zircon ages (LA-ICP-MS). The inset shows weighted average age 1043 plots of the youngest cluster overlapping at 1?