ABSTRACT: The main comments made by M.F. Pereira et al. to Pereira et al. (2018) relate to the discussion of the palynological age vs. U/Pb geochronological age based on detrital zircons, stating that “this discussion is inconsistent due to: (i) the impossibility that primary igneous ages in zircon grains would have been rejuvenated during Early Carboniferous low-grade regional metamorphism, and (ii) a wrong interpretation of the meaning and implications of maximal depositional ages derived from the youngest detrital zircon population”.info:eu-repo/semantics/publishedVersio
Ronchi et al. (in press) comment on the stratigraphic, sedimentological, mineralogical and palaeonto...
Ronchi et al. (in press) comment on the stratigraphic, sedimentological, mineralogical and palaeonto...
Baddeleyite (ZrO2) is today recognized as the key mineral for dating the emplacement of mantle-deriv...
The paper by Zelia Pereira et al. (2018) is a valuable input to better constrain the Devonian palyno...
We would like to thank Pereira (2015) for his interest in our work and appreciate the opportunity to...
We would like to thank Pereira (2015) for his interest in our work and appreciate the opportunity to...
Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from the Lod...
Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from the Lod...
© 2015. Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from...
© 2015. Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from...
© 2015. Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from...
International audienceThe comment of Ikenne et al. concerns recently described U-Pb baddeleyite ages...
International audienceThe comment of Ikenne et al. concerns recently described U-Pb baddeleyite ages...
International audienceThe comment of Ikenne et al. concerns recently described U-Pb baddeleyite ages...
late Paleocene thermal maximum (LPTM) has an age between 57.5 and 60.54 Ma (vs. 54.98 Ma in the curr...
Ronchi et al. (in press) comment on the stratigraphic, sedimentological, mineralogical and palaeonto...
Ronchi et al. (in press) comment on the stratigraphic, sedimentological, mineralogical and palaeonto...
Baddeleyite (ZrO2) is today recognized as the key mineral for dating the emplacement of mantle-deriv...
The paper by Zelia Pereira et al. (2018) is a valuable input to better constrain the Devonian palyno...
We would like to thank Pereira (2015) for his interest in our work and appreciate the opportunity to...
We would like to thank Pereira (2015) for his interest in our work and appreciate the opportunity to...
Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from the Lod...
Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from the Lod...
© 2015. Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from...
© 2015. Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from...
© 2015. Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from...
International audienceThe comment of Ikenne et al. concerns recently described U-Pb baddeleyite ages...
International audienceThe comment of Ikenne et al. concerns recently described U-Pb baddeleyite ages...
International audienceThe comment of Ikenne et al. concerns recently described U-Pb baddeleyite ages...
late Paleocene thermal maximum (LPTM) has an age between 57.5 and 60.54 Ma (vs. 54.98 Ma in the curr...
Ronchi et al. (in press) comment on the stratigraphic, sedimentological, mineralogical and palaeonto...
Ronchi et al. (in press) comment on the stratigraphic, sedimentological, mineralogical and palaeonto...
Baddeleyite (ZrO2) is today recognized as the key mineral for dating the emplacement of mantle-deriv...