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Emmanuelle Pucéat
- Université de Bourgogne
- UFR SVTE - UMR 6282 Biogéosciences
- 6, boulevard Gabriel
- F-21000 Dijon - France
Leaded and co-leaded projects
- 2019 and 2020 : “Evolution of continental weathering of the west-african and south-american margins during the late Cretaceous : new insights on tectonic-climate links ». PI : E. Pucéat. 12 000€ in 2019 and 15 000€ in 2020 funding from IODP – France.
- 2012-2017 : ANR Blanc Project Anox-Sea “Role of continental configuration in the development of worldwide ANOXia in SEAwater“. PI : E. Pucéat. 378 000 € funding from ANR.
- 2015 : « Acquisition of a mass spectrometer and elemental analyzer ». PIs : E. Pucéat, C. Thomazo, J. Levêque (Thermo Fisher Scientific Delta V Plus with a Kiel IV preparation line acquisition). 220 000 € funding from the Region of Burgundy, from the INEE department of the CNRS, from the Biogeoscience Laboratory, and from private funding.
- 2012 : “Role of oceanic circulation evolution in the disappearance of oceanic anoxic events during the Late Cretaceous ». PI: E. Pucéat. 5600 € funding from OSU THETA.
- 2011 and 2012 : “Oceanic circulation during the Late Cretaceous : what can be inferred from the neodymium isotope signature of neritic seawaters ? “. PI: E. Pucéat. 16 400 € funding from l’INSU (SYSTER programm).
- 2009-2010 : « Renewal of mass spectrometer and elemental analysers ». PIs : E. Pucéat (in charge of the part for oxygen and carbon isotope analyses of carbonate and water – Elementar Multiprep and Isoprime acquisition -, and for oxygen isotope analyses of phosphates – Elementar Pyrocube acquisition), O. Matthieu, J. Levêque. 365 000 € funding from the Region of Burgundy, the INEE department of the CNRS, and the Université de Bourgogne.
- 2007-2010 : « Relationships between calcifying organisms and
climate during the Early Cretaceous ». 130 000€ funding from the
Region of Burgundy, including a PhD scholarship (A. Bonnin).
PIs : E. Vennin and E. Pucéat.
Involvment in other projects:
- 2018-2020 : ISITE project (Life in the Early Triassic : The rise of modern ecosystems). PI : A. Brayard. 150 000 € funding from ISITE BFC.
- 2017-2020 : ANR « Défi des autres savoirs » Project AMOR (Data Model Reconstruction of the Cenozoic Climate : A Focus on Two Key Events, the Eocen-Oligicene Transition and the Mille Miocene Climate Transition). PI : Y. Donnadieu. 373 500 € funding from the ANR.
- 2013 and 2014 : An integrated approach from morphology and
isotopic signal of belemnites – implications of the Toarcian crisis
(Early Jurassic). PI : P. Neige. 16 000 € funding from l’INSU
(INTERVIE programm).