A new CA-ID TIMS U–Pb age of 130.39 ± 0.16 Ma is presented here from the Pilmatué Member of the Agrio Formation, lower Hauterivian of the Neuquén Basin in west-central Argentina. This high precision radioisotopic new age, together with the two former ones from the upper Hauterivian Agua de la Mula Member of the Agrio Formation and modern cyclostratigraphic studies in the classical sections of the Mediterranean Province of the Tethys indicate that the Hauterivian Stage spans some 6 Ma, starting ca. 132 Ma and ending ca. 126 Ma. These radioisotopic ages are tied to ammonite biostratigraphy and calcareous nannofossil bioevents and biozones recognized in the Neuquén Basin which in turn are correlated with the Mediterranean standard zones. A new...
A high-resolution ion-microprobe (SHRIMP) U-Pb zircon age from a tuff layer intercalated in the ammo...
Ammonite-based biostratigraphic schemes for the Lower Cretaceous are fairly well refined across the ...
Two tuffs in the Lower Cretaceous Agrio Formation, Neuquén Basin, provided U–Pb zircon radioisotopic...
A new CA-ID TIMS U–Pb age of 130.39 ± 0.16 Ma is presented here from the Pilmatué Member of the Agri...
A new CA-ID TIMS U–Pb age of 130.39 ± 0.16 Ma is presented here from the Pilmatué Member of the Agri...
An integrated radio-astrochronological framework of the Agrio Formation in the Andean Neuquén Basin ...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
An integrated radio-astrochronological framework of the Agrio Formation in the Andean Neuquén Basin ...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
An integrated radio-astrochronological framework of the Agrio Formation in the Andean Neuquén Basin ...
An integrated radio-astrochronological framework of the Agrio Formation in the Andean Neuquén Basin ...
A high-resolution ion-microprobe (SHRIMP) U-Pb zircon age from a tuff layer intercalated in the ammo...
Ammonite-based biostratigraphic schemes for the Lower Cretaceous are fairly well refined across the ...
Two tuffs in the Lower Cretaceous Agrio Formation, Neuquén Basin, provided U–Pb zircon radioisotopic...
A new CA-ID TIMS U–Pb age of 130.39 ± 0.16 Ma is presented here from the Pilmatué Member of the Agri...
A new CA-ID TIMS U–Pb age of 130.39 ± 0.16 Ma is presented here from the Pilmatué Member of the Agri...
An integrated radio-astrochronological framework of the Agrio Formation in the Andean Neuquén Basin ...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
An integrated radio-astrochronological framework of the Agrio Formation in the Andean Neuquén Basin ...
International audienceAn integrated radio-astrochronological framework of the Agrio Formation in the...
An integrated radio-astrochronological framework of the Agrio Formation in the Andean Neuquén Basin ...
An integrated radio-astrochronological framework of the Agrio Formation in the Andean Neuquén Basin ...
A high-resolution ion-microprobe (SHRIMP) U-Pb zircon age from a tuff layer intercalated in the ammo...
Ammonite-based biostratigraphic schemes for the Lower Cretaceous are fairly well refined across the ...
Two tuffs in the Lower Cretaceous Agrio Formation, Neuquén Basin, provided U–Pb zircon radioisotopic...