Granier (2019a) questioned the identification of a number of foraminifer species within the study of Vincent et al. (2018). We dispute his findings and provide supporting evidence for our original identifications. Our biostratigraphic work was carried out to support a strontium isotope stratigraphy study of an Upper Jurassic – Lower Cretaceous carbonate succession in the eastern Pontides, Turkey. This was undertaken to constrain the age and duration of a number of hiatal surfaces that we proposed have geodynamic significance for the Black Sea region. Even if Granier’s identifications are correct, they do not impact upon the conclusions of our study. Thus, rather than being a ‘disappointing application of [a] geochemical tool’, our study ill...
Waltham and Gröcke (2006) introduced a new methodology for analysis of the seawater strontium-isotop...
Uslular and Gençalioglu-Kuscu [2018] have written a lengthy, and highly critical, comment about McNa...
Yu and Broecker argue that the paleoceanographic interpretation of our 3.2-million-year record of No...
Reliable systematic identification is a basic premise for paleobiogeographic and paleoecologic analy...
International audienceA recent paper by Boulila et al. (2010) reports on orbitally-forced cycles rec...
In their discussion of our 2011 paper dealing with possible waterways between the Marmara Sea and th...
Isotopic data from exceptionally well preserved foraminifera show that the subtropical North Atlanti...
© 2015. Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from...
A continent-oceanic island arc collision model was proposed as a new geodynamic scenario for the evo...
Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from the Lod...
SummaryPhillips et al. [1] reply to our finding that genetic divergence between subterranean metacra...
Maghfouri Moghaddam et al. (2022) studied two stratigraphic sections from the Paleocene–Eocene depos...
We strongly disagree with D.I. Cole’s contention that our use of strontium isotopes has not lead to ...
Waltham and Gröcke (2006) introduced a new methodology for analysis of the seawater strontium-isotop...
<jats:p>Joachimski et al. carried out geochemical investigations to study seawater temperature...
Waltham and Gröcke (2006) introduced a new methodology for analysis of the seawater strontium-isotop...
Uslular and Gençalioglu-Kuscu [2018] have written a lengthy, and highly critical, comment about McNa...
Yu and Broecker argue that the paleoceanographic interpretation of our 3.2-million-year record of No...
Reliable systematic identification is a basic premise for paleobiogeographic and paleoecologic analy...
International audienceA recent paper by Boulila et al. (2010) reports on orbitally-forced cycles rec...
In their discussion of our 2011 paper dealing with possible waterways between the Marmara Sea and th...
Isotopic data from exceptionally well preserved foraminifera show that the subtropical North Atlanti...
© 2015. Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from...
A continent-oceanic island arc collision model was proposed as a new geodynamic scenario for the evo...
Michel et al. (2015) present new radioisotopic age estimates coupled with paleosol data from the Lod...
SummaryPhillips et al. [1] reply to our finding that genetic divergence between subterranean metacra...
Maghfouri Moghaddam et al. (2022) studied two stratigraphic sections from the Paleocene–Eocene depos...
We strongly disagree with D.I. Cole’s contention that our use of strontium isotopes has not lead to ...
Waltham and Gröcke (2006) introduced a new methodology for analysis of the seawater strontium-isotop...
<jats:p>Joachimski et al. carried out geochemical investigations to study seawater temperature...
Waltham and Gröcke (2006) introduced a new methodology for analysis of the seawater strontium-isotop...
Uslular and Gençalioglu-Kuscu [2018] have written a lengthy, and highly critical, comment about McNa...
Yu and Broecker argue that the paleoceanographic interpretation of our 3.2-million-year record of No...