RESEARCH MENTORING
NB : Principal advisor of internship/Phd/post-doctorate : *P / Co-advisor: *Co
​
2020-2​022:
Joana Roussillon*P (UBO, PhD student). Deep learning approaches to reconstruct long time-series of phytoplankton biomass and evaluate the underlying dynamic mechanisms related to climate cycles. (*Co : T. Gorgues LOPS ; R.Fablet et L Drumetz IMT-Atlantique)
​
2021 :
(4 months) Audrey Gonzalo*P (2nd year of engineer at IMT/Atlantique). Assessing phytoplankton communities answer to decadal climate cycles in the Californian upwelling system through deep learning approaches (*Co : R. Fablet IMT-Atlantique; M. Messie, Mbari; T. Gorgues LOPS)
(5 months) Jean Littaye*P (3rd year of engineer at Ense3 - Grenoble INP). Assessment of uncertainties to reconstruct phytoplankton biomass time series through deep learning approaches. (*Co : T. Gorgues and J. Roussillon LOPS)
(6 months) Melvin Pichenot*Co (3rd year of engineer at ENSG). Hybrid physical-IA approach to improve the understanding of planktonic ecosystem dynamics. (*Co : O. Pannekoucke CNRM-CERFACS, and T. Gorgues LOPS)
​​
2020-2021:​
Delphine Dobbler *Co (engineer at LOPS). Modelling the circulation of marine debris in Indonesia. (*P : C. Maes LOPS)
​
2020:​
(5 months) Laure Barbin*Co (M2 Univ P. Sabatier). Study of the micronecton distribution around the Marquesas Islands in relation to their abiotic environment based on acoustic data acquired during the Moana Maty cruises. (*P : J. Habasque LEMAR)
(3 months) Jerome Castant*Co (M1 LOG). Evaluating the variability of water masses within the Marquesas archipelago from Argo autonomous floats during the 2018-2019 period. (*P : C.Maes LOPS)
(100 h) Audrey Gonzalo*Co (1st year of engineer at IMT/Atlantique). Assess the phytoplankton communities answer to decadal climate cycles in the Californian upwelling area though deep learning. (*P : R.Fablet IMT-Atlantique; *Co : M. Messie Mbari)
​​
2019-2020:
Hirohiti Raapoto*Co (Univ Polynésie française Tahiti, Post-doctorate fellow). Study of drifting Fish Aggregating Devices (FADs) in the EEZ of French Polynesia. (*P ; K.Maamaatuaiahutapu, UPF)
​​
2019:
(5 months) Clément Berthin*Co (3rd year of engineer at ENSTA). Characterization of the interannual variability of phytoplankton biomass in the Marquesas Islands. (*P : T. Gorgues LOPS; *Co: A Petrenko MIO)
(5 months) Anouar Brini*P (3rd year of engineer at Sup’Com Tunis). Deep learning for time-series reconstruction of phytoplankton biomass in the global ocean. (*Co : T. Gorgues LOPS ; R.Fablet et L Drumetz IMT-Atlantique)
(5 months) Angélina Cassianides*Co (M2 MIO). Impact of mesoscale activity on phytoplankton distribution during two blooms in the Marquesas Islands. (*Co: C. Maes LOPS)
(6 months) Tanya Matitia*P (3rd yr of Bachelor, University of Montreal). Phytoplanktonic biodiversity in the Marquesas Islands. (*Co: M.Rodier EIO)
​​
2016-18:
(2 yrs) Raphaelle Sauzede*P (Post-doctorate fellow at UMR EIO Tahiti). Tahitian Ocean Time-series.
(1.5 yrs) Clément Fontana*P (Engineer at UMR EIO Tahiti). “Phytoplankton Decadal Variability.
​​
2015-18:
Hirohiti Raapoto*P (Univ Polynésie française, PhD student). Physical and biogeochemical processes involved in the island mass effect of the Marquesas Islands. (PhD defended the 13th of September 2018 at the University of French Polynesia,Papeete, Tahiti). (*Co: A. Petrenko et A. Doglioli MIO)
​​
2017:
(6 months) Brice Thirion*P (M2 EIO, Tahiti). Impact of eddy activity on the phytoplanktonic biomass in French Polynesia.
​​
2014:
(6 months) Julie Pereira*P (M2 EIO, Tahiti). Island mass effect in the Marquesas Islands: physical and biogeochemical spatial variability. (*Co: M. Rodier EIO)
​
2013:
(1 month) Guillaume Mikolajczak*P (L3 MIO, Marseille). Phytoplankton spatial distribution in the Marquesas archipelago.
​
2012:
(4 months) Timothée Bourgeois*P (M1 MIO, Marseille). A preliminary study to investigate physical and biogeochemical processes involved in the biological enhancemnet of the Marquesas Islands. (*Co: A. Petrenko et A. Doglioli MIO)
​
2004:
(6 months) Mentoring of 2 M2 students from ENSIETA at the University of French Polynesia*P, Tahiti.