Marion Cordonnier
Research in ecology on species interacting within anthropogenic landscapes
@Dr_M_Cordonnier
About me
I am a young ecological researcher who is passionate about the impacts of humans on interspecific interactions. This is probably my main area of expertise now, although to satisfy my (huge) scientific curiosity, my interests lie far beyond these questions. My research is thus mostly motivated by the understanding of how anthropogenic disturbances (e.g., urbanization) are impacting the relation between species, ranging from competitive interactions, predation, mating choice, and many more. I mainly studied ants, but also occasionally birds, domestic cats or large mammals. My research works mobilized landscape ecology and genetics as well as behavioral, molecular, and chemical ecology, and addressed issues of interspecific hybridization, biological invasions or biogeographical ranges.
On a more "academic" view, I defended my PhD in 2018 in the LEHNA Lab, University of Lyon (France). My research interests focused on the impact of urbanization and climate changes on biological invasions and interspecific genetic exchanges within the Tetramorium caespitum ant species complex (Formicidae). In 2019, I worked in the ESE Lab., University Paris-Saclay (France). My main project aimed to study the biological invasions and competitive interactions within several native and invasive ant species. Now, thanks to a Research Fellowship provided by the Alexander von Humboldt Foundation, I pursue my work in the lab of Prof. Dr. Jürgen Heinze, in Regensburg University (Germany), working on various Temnothorax ant species.
Outside of work, I am also the mom to an amazing baby boy, and I have a number of hobbies including crafting, cooking, hiking... When I have - rarely - the time to do that.
Research skills
Invasive species - Climate changes - Urbanization
Interspecific hybridization - Landscape genetics - Biogeography
Chemical communication - Behavioural Ecology
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Main Technical Skills
Analytical methods in landscape ecology or genetics
Bayesian clustering algorithms, least cost path and circuit theory, multivariate spatial analyses, ordination under spatial constraint
Molecular & chemical ecology techniques
DNA extraction, mitochondrial DNA Sanger sequencing, microsatellite loci genotyping, cuticular lipid extraction, gas chromatography (GC-FID / GC-MS)
Analyses and modelling of dynamic biological systems
Generalized mixed models, binary data analyses, multivariate approaches, parametric and non-parametric tests, similarity analyses
Wildlife monitoring in natural & laboratory environments
Ants: Sampling (direct search, baits, pitfalls), behavioral surveys (foraging activities, aggressiveness), common garden (>6 months rearing)
Birds: Behavioural survey in playback-response experiments, acoustic census (Common birds)
Mammals: Behavioural survey of interference competition (large mammals), Sociological survey (Pet cat)
Other: Shelters survey (reptiles), pop. displacements (Natterjack toad)___________________________________
Data processing / Specialized software
Biostatistics: R, R Studio, PAST
Informatics: MS Office, web, Inkscape
GIS: ArcGis, QGis
Genetic: Structure, Circuitscape, Genepop, Genemarker, NewHybrid, Seaview, Network, CodonCode Aligner, Clumpak, PopArt, GenAlex, Coancestry, PeakScanner…
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Languages
French: Native language
English: Fluent written (scientific English), Occasional oral practice
German: Basic
Research axes
AXIS 1 - Distribution patterns in anthropogenic landscapes
Urbanization and climate changes drive the biological response of many species which shift their distributions ranges. Based on an individual-based sampling scheme of 1690 samples of Tetramorium ant species along a large-scale climatic gradient and 19 urban gradients in the Rhône valley (France), I gave a first description of the climatic niche of four Tetramorium species and I investigated how urbanization structured the distribution of these species at four spatial scales.
More recently, I have started a new project whose aim is to decipher the anthropogenic drivers of ant species distribution. Based on a corpus of species from the Temnothorax genus living in different fragmented habitats, this project will allow to understand how spatial scales (from habitat to landscape) modulate the impacts of human in species distribution.
AXIS 2 - Global changes and biological invasions
Urbanization pomotes the introduction of non-indigenous species and expanding the habitats favourable to their establishment. Urban warming, through Urban Heat Island effects, may enhance biological responses similar to climate warming in rural areas. I tested this prediction for Tetramorium immigrans along latitudinal and urbanization gradients in the Rhône valley (France). I used a multidisciplinary comparative approach to investigate the geographic distribution, genetic diversity and structure of this species in the Rhône valley. I am now investigating deeply the impact of urbanization in the propagation of this species based on the measurement of behavioral and physiological impacts of different stresses such as light pollution, extreme temperatures or food fasting, using a comparative approach with a native species.
I also collaborated to the Invacost project, whose aim is to estimate the economic costs relating to biological invasions at a global scale.
AXIS 3 - Human-driven gene flows
Biodiversity faces growing pressures from human actions, including habitat conversion, degradation, and fragmentation. In this context, my research purpose is to investigate how and in which direction human impact on landscape affects intra- and interspecific gene flow, mainly in ants. At an intraspecific level, I studied for instance population genetics and gene flow between isolated populations of the ant Temnothorax nigriceps at different spatial scales (collaboration with Abel Bernadou).
But gene flows also act at an interspecific level. Hybridization between species has increased in recent years, often in association with anthropogenic environmental changes, sometimes resulting in the extirpation of one of the parental species or in the replacement of species pairs by hybrid swarms. I investigated the processes involved in establishing a hybridization zone between Tetramorium caespitum and T. immigrans. I combined approaches based on simulations with Bayesian and Maximum-likelihood genetic clustering to highlight the existence of backcrosses between hybrids and parental species, showing fertility of hybrids. I also used paternity analysis techniques to test the existence of pre- or post-mating sexual selection. Finally, I addressed the issue of inter-individual recognition mechanisms, mobilizing both behavioural biology and chemical ecology approaches. More recently, I have started a new project whose aim is to decipher the anthropogenic drivers of ant species hybridization. Based on a two Temnothorax species, this project will allow to understand how local human disturbances modulate the gene flows between species.
AXIS 4 - Interspecific interactions in human-impacted ecosystems
I firstly studied competitive interactions through collaborative research in large mammals communities of Sub-Saharan ecosystems (collaboration with Nicolas Ferry). Such researches focused on competition for access to good quality water in ecosystems where water is scarce and only maintained by humans during the dry season. These works were based on behavioral survey of large mammals around waterpoint and chemical approaches to measure the water quality.
I then addressed questions on competitive interspecific interactions in the context of biological invasions in ants. Invasive ants cause significant disruption to native species communities, for example due to competition with local species. During the invasion process, the ability to acquire resources and the direct competitive interactions with other species play a key role. I investigated these factors through behavioral approach centered on the competitive interactions between different ant species of both native and invasive taxa.
I am finally studying predation interactions in urbanized ecosystems. These researches investigate potential drivers of predation behavior by domestic cats, one of the most abundant predators and a serious threat to many wildlife species (collaboration with Emmanuelle Baudry). Based on 1,400 sociological surveys of cat owners, this work evidenced that the predation rates, regardless of the prey, were strongly influenced by the environment, especially by the factors relating to urbanization.
Education
Academic curriculum
2020: Qualification for Lecturer position in Population biology & Ecology (French CNU section 67)
2019: Qualification for Lecturer position in Biology of Organisms (French CNU section 68)
2018: PhD in Ecology (Univ. Lyon 1, France)
2015: M. Sc Biodiversity, Ecology, Environment (University Joseph Fourier Grenoble, France) (1/8)
2014: M. Sc Ecosystems bio-evaluation and expertise of biodiversity (Univ. Lyon 1, France) (1/18)
2012: B. Sc Biology of Organisms and Populations (Univ. Lyon 1, France) (4/96)
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Research Experiences
2021 - 2024, Von Humboldt Fellowship Postdoc., Lehrstuhl für Zoologie / Evolutionsbiologie, Univ. Regensburg, Germany
Mentorship: Pr. Dr. J. Heinze
Slow and enhanced gene flow within two sibling ant species
- Environmental determinants of species occurrences and genetic patterns in fragmented habitats
- Interspecific hybridization models between Temnothorax crassispinus and T. nylanderi in human-impacted landscapes
- Colony fusion and reproductive system impacts on hybridization
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2020 - 2021, Teaching Postdoc., Lehrstuhl für Zoologie / Evolutionsbiologie, Univ. Regensburg, Germany
Supervision: Pr. Dr. J. Heinze
Genetic outline of a specialist species leaving in highly fragmented habitats
- Genetic structure within colonies of the specialist ant species Temnothorax nigriceps
- Population genetics and gene flow between isolated populations at different spatial scales
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2019 - 2020, CNRS Research Engineer, Research Lab UMR 8079 - Ecology Systematics and Evolution (ESE), France
Supervision: F. Courchamp
Biological invasions and competitive interactions within ant species
- Study of competitive interactions through interference and exploitation in the context of invasive-invasive interactions and between invasive and native species
- Role of aggression behaviour in direct competitive interactions
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2015 - 2018, PhD, Research Lab Ecology of Natural and Man-impacted Hydrosystems (LEHNA), France
Supervision: G. Escarguel & B. Kaufmann
Impacts of global changes on invasions and hybridization in Tetramorium ant species
- Assessment of the relative effects of urbanization and climatic factors in the implementation of gene flows and hybridization patterns
- Population genetics of an introduced species facing global changes
- Study of the contribution of recognition and reproductive system on gene flows and hybridization
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2015, Internship (6 months), Research Lab Ecology of Natural and Man-impacts Hydrosystems (LEHNA), FranceSupervision: B. Kaufmann
Impact of urbanization on gene flows: inter- and intra-specific consequences
- Identification of species, definition of haplotypes and measurement of genetic structuring within species and hybridization between them
- Analysis of habitats niches at different spatial scales
- Implementation of innovative analytical methods of landscape genetics
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2014, Internship (8 months), Environmental consultancy, Ecosphère, FranceSupervision: J. Michelot
Scientific evaluation of "Corridors of Life" project [ECONECT European Project]
- Development of a methodology to assess the functionality of ecological corridors (crossing ability, spatial modeling, penetrability models) and the efficiency of wildlife passages
- Project evaluation: achievement and relevance of actions, conflict resolution
- Evaluation of the project sustainability: analyses of urban planning documents
Publications
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Peer reviewed publications
1 - Cordonnier, M., Bellec, A., Dumet, A., Escarguel, G., Kaufmann, B. 2019. Range limits in sympatric cryptic species: a case study in Tetramorium pavement ants (Hymenoptera: Formicidae) across a biogeographical boundary. Insect conservation and diversity, 12(2):109-120. doi.org/10.1111/icad.12316
2 - Dutour, M., Cordonnier, M., Léna, J-P., Lengagne, T. 2019. Seasonal variation in mobbing behaviour of passerine birds. Journal of Ornithology, 160(2): 509-514. - doi.org/10.1007/s10336-019-01630-5
3 - Cordonnier, M., Gayet, T., Escarguel, G., Kaufmann, B. 2019. From hybridization to introgression between two closely related sympatric ant species. Journal of Zoological Systematics and Evolutionary Research, 57(4): 778-788 - doi.org/ 10.1111/jzs.12297
4 - Cordonnier, M., Gibert, C., Bellec, A., Kaufmann, B., Escarguel, G. 2019. Multi-scale impacts of urbanization on species distribution within the genus Tetramorium. Landscape Ecology, 34(8): 1937-1948 - doi.org/ 10.1007/s10980-019-00842-7
5 - Ferry, N., Cordonnier, M., F.D. Hulot, F. Dakwa, L. Sebele, S. Dray, H. Fritz, M. Valeix. 2019. Heterogeneity of water quality in artificial waterholes: do African herbivores show preferences and does it lead to interference competition? Journal of Arid Environments, 173: 104014 - doi:10.1016/j.jaridenv.2019.104014
6 - Cordonnier, M., Bellec, A., Escarguel, G., Kaufmann, B. Effect of the urbanization-climate interaction on the expansion of the pavement ant in South-eastern France. Basic and Applied Ecology, 44, 46-54 - doi.org/10.1016/j.baae.2020.02.003
7- Cordonnier, M., Escarguel, G., Dumet, A., Kaufmann, B. 2020. Multiple mating in the context of interspecific hybridization between two Tetramorium ant species. Heredity, 124, 675–684 - doi.org/10.1038/s41437-020-0310-3
8- Cordonnier, M., Blight, O., Angulo, E., Courchamp, F. 2020. The native ant Lasius niger can limit the access to resources of the invasive Argentine ant. Animals, 10, 2451 - doi.org/10.3390/ani10122451
9- Cordonnier, M., Kaufmann, B, Simon, L., Escarguel, G., Mondy, N. 2022. Discrimination of conspecifics from heterospecifics in a hybrid zone: from behavioral to chemical cues in ants. Insect Science, 29(1), 276-288 - doi.org/10.1111/1744-7917.12915
10- Cordonnier, M., Ferry, N., Maurice, A-.C., Renaud, E., Bonnaud, E., Baudry, E. 2022. Drivers of predatory behavior of pet cats: environment overcomes predator’s intrinsic characteristics. Urban ecosystems, doi.org/10.1007/s11252-022-01231-w
11- Angulo, E., Hoffmann, B.D., Ballesteros-Mejia, L., Taheri, A., Balzani, P., Renault, D., Cordonnier, M., Bellard, C., Diagne, C., Ahmed, D.A., Watari, Y., Courchamp, F. 2022. Economic costs of invasive alien ants worldwide. Biological Invasions 24, 2041–2060.
12- Cordonnier, M., Felten, D., Heinze, J.*, Bernadou, A*. 2022. Absence of genetic isolation across highly fragmented landscape in the ant Temnothorax nigriceps. BMC Ecology & Evolution 22,91.
13- Dutour, M., Cordonnier, M. 2023. Number of callers influences recruitment to collective anti-predator events in a bird community. Ibis.
14- Cordonnier, M., Perrot, A., Ferry, N., Bonnaud, E., Baudry, E. 2023. Pet cat personality linked to owner-reported predation frequency. Ecology and Evolution 13(1), e9651.
15- Cordonnier, M., Lindner, T., Heinze, J. 2023. Fragmentation shapes nest density and social structure but not genetic diversity of Temnothorax crassispinus (Formicidae). Population Biology 65 (3):192-202.
16- Cordonnier,M., Ridley, A.,Lengagne, T., Dutour, M. 2023. The impact of high temperatures on bird
responses to alarm calls. Behavioral Ecology and Sociobiology, 77, 82.
17- Czaczkes, T.J., Koch, A., Schmid, S., Trindl,A., Heinze, J., Cordonnier, M. 2023. Not dear neighbours: Antennationand jerking, but not aggression, correlate with genetic distance and physical
distance in the ant Lasius niger. Ecological Entomology 10.1111/een.13291.
18 - Heringer, G., Fernandez, R., Bang, A.,Cordonnier, M., Novoa, A., […], Watari, Y., Courchamp, F. 2024. Economic costs of invasive non-nativespecies in urban areas: an underexplored financial drain. Science of theTotal Environment 917, 170336.
Open Science
1- Cordonnier, M., Escarguel, G., Kaufmann, B. 2020. S’accoupler plusieurs fois et avec le premier venu : la clé du succès d’une invasion biologique chez les fourmis ? The conversation --> LIEN
2- Cordonnier, M. 2020. Le genre Tetramorium en France - Synthèse. Dictionnaire amoureux des fourmis par Alain Lenoir --> LIEN
3- Cordonnier, M. 2020. Les fourmis, espèces sentinelles de l’impact des changements globaux. Encyclopédie de l'environnement --> LIEN
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Conferences
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2015
Tours, France - 28th Congress IUSSI French Section (Oral presentation)
Cordonnier, M., et al. Impacts of urbanization on gene flow: Intra and interspecific consequences
2017Durham, UK - BES Symposium: the Macroecology of Alien Species (Poster presentation)
Cordonnier, M., et al. From species introduction to biological invasion: untangling two global changes interacting in a urban-rural ant species complex
Paris, France - 29th Congress UIEIS French Section (Poster presentation)Cordonnier, M., et al. De l'introduction d'espèce à l'invasion biologique : contribution de deux changements globaux en interaction au sein d'un complexe d’espèces du genre Tetramorium (Hymenoptera : Formicidae)
Orléans, France - Conference: Species spread in a warmer and globalized world (Oral presentation)Cordonnier, M., et al. Biological invasions can be promoted by the interaction between urbanization and climate. A case study of the pavement ant Tetramorium immigrans
2018Lyon, France - Rencontre DECRYPThèse (Poster presentation) [best poster award]
Cordonnier, M., et al. Comment la fourmi des trottoirs exploite les villes et le réchauffement climatique pour coloniser de nouveaux territoires
Lyon, France - Journée Ecologie Chimique (Oral presentation)
Cordonnier, M., et al. Distinguer un individu conspécifique d’un individu hétérospécifique au sein d’une zone hybride : des preuves comportementales aux signaux chimiques.
Rennes, France - Groupement de Recherche CNRS 3647 Invasions Biologiques (Oral presentation)
Cordonnier, M., et al. De l’invasion à l’hybridation : conséquences de l’introduction d’une espèce sur les échanges génétiques intra et interspécifiques
Rennes, France - Sfecologie : International Conference On Ecological Sciences (Oral presentation)Cordonnier, M., et al. Spatial scaling of urbanization impacts on species distribution within the ant genus Tetramorium
Rennes, France - Cinquièmes journées du GDR Mediatec (Oral presentation)
Cordonnier, M., et al. Distinguer un individu conspécifique d’un individu hétérospécifique au sein d’une zone hybride : des preuves comportementales aux signaux chimiques.
Orsay, France - Université Paris Sud - ESE (Invited seminar)
Cordonnier, M. Impacts of global changes on biological invasions and interspecific hybridization within the Tetramorium caespitum ant species complex
Grenoble, France - Université Grenoble Alpes - LECA (Invited seminar)
Cordonnier, M. Impacts des changements globaux sur les invasions biologiques et l'hybridation interspécifique au sein du complexe d'espèces de fourmis Tetramorium caespitum
2019
Paris, France - UPMC, iEES Paris (Invited seminar)
Cordonnier, M. Urbanisation, invasions biologiques et hybridation interspécifique - Quelques études chez les fourmis
Gif-sur-Yvette, France - Colloque du Petit Pois Déridé (Oral presentation)
Cordonnier, M., et al. Multiple mating and sexual selection in the context of interspecific hybridization between two ant species
Avignon, France - 30th Congress UIEIS French Section (Oral presentation) [best talk award]
Cordonnier, M., et al. Rôle des accouplement multiples et de la sélection sexuelle dans les patrons d'hybridation interspécifique au sein du genre Tetramorium, Formicidae
2022
San Diego, USA- IUSSI 2022 Congress (Oral presentation)
Cordonnier, M., et al. Anthropogenic fragmentation does not prevent dispersion of the ant Temnothorax nigriceps.
Frankfurt,Germany - Meeting of the AvH Fundation (Oral presentation)
Cordonnier, M. Genetic Exchanges between and within Ant Species in Human-Impacted Landscapes.
2023
Cluj, RO – Central European IUSSI meeting (Posterpresentation)
Eichelbrönner, E., Neubauer, L.,Hamaguchi, K, Kinomura, K., Cordonnier, M.*, Heinze, J.* Temnothorax makora genetic structure and mating system
Teaching and research training
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Contractual teacher / vacations
----------Level-------------------Type ----------------------------Discipline-------------------Duration---------------- Place------------------------Year--------
-------Grad.2nd yr. ---------- Lecture ----------------Populations management ---------- 1.5h --------------AgroParisTech --------------- 2019-------
-------Grad.2nd yr. ---------- Lecture ----------------Populations management ---------- 1.5h -----------Univ. Grenoble Alpes----------2020-------
-------Grad.1st yr. ----------- Lecture -------------------Population genetics --------------- 4.5h --------------- MNHN Paris --------------- 2019-20 ----
-------Grad.1st yr. ----------- Lecture -------------Global changes & biodiversity ---------4.5h -----------Univ. Grenoble Alpes----------2018-22-----
-------Grad.1st yr. -------- Practical work --------------Behavioural ecology ---------------18h ---------------Univ. Lyon 1 ----------------- 2018-------
---Undergrad.3rd yr. ---- Practical work ------Molecular ecology and evolution-------40h ----------- Univ. Regensburg--------------2021-24-----
---Undergrad.3rd yr. ---- Practical work ---------Identification of biodiversity ---------12h -------------- Univ. Lyon 1------------------ 2017-------
---Undergrad.2nd yr. -------Tutorial ------------------Sustainable development ---------18h ---------------Univ. Lyon 1-------------------2016------
---Undergrad.2nd yr. -------Lecture ---------------- Humans and biodiversity ------------1.5h------------Univ. Paris Saclay ------------- 2019------
---Undergrad.1st yr. -----Practical work---------------Organism biology -----------------136h ------------- Univ. Lyon 1----------------- 2016-18----
---Undergrad.1st yr. --------Tutorial---------------------Career guidance ------------------ 12h --------------Univ. Lyon 1--------------------2017-------
---Undergrad.1st yr.-----Practical work --------------Population genetics ----------------3h -------------Univ. Paris Saclay-------------- 2019-------
Internship supervision
Stages courts (≤ 2 mois)
--2016 -- M. Dumet -- BTS1 (1.5 mois)
E.Vernay, M.Reina, L.Herpe, C.Richalet -- BTS2 (1 mois)
S.Nottellet, E. Benezeth, H. Lepape --M1 (2 mois)
-- 2017 -- E. Lebecq, F. Perruchet -- M1 (2 mois)
-- 2019-- E. Mauduit -- 1st year ENSTA ParisTech (1.5 mois)
-- 2021 -- E. Sapmaz, P. Scheel -- L3 (1 mois)
A. Matte -- L3 (1 mois)
--2022 -- A. Greis --L3 (Co-supervision,1 mois)
--2023 -- D.Satizabal-Niemeyer --L3 (1 mois)
S.Lang, P. Maertz -- L3 (Co-supervision,1 mois)
Thèses de Licence
-- 2019 -- Z. Simon,B. Dupont -- L3 Univ. Paris Saclay (3 mois)
--2021 -- D. Felten-- L3 Univ.Regensburg (Co-supervision, 4 mois)
--2022 -- N. Dierchen-- L3 Univ.Regensburg (Co-supervision, 3 mois)
-- 2023 -- V. Ermolenko-Wostrikow -- L3 Univ. Regensburg, Allemagne (4 mois)
E.Eichelbroenner, L3 Univ. Regensburg, Allemagne (Co-supervision,4 mois)
D. Satizabal-Niemeyer,L3 Univ.Regensburg, Allemagne (4 mois – in progress)-- 2024 -- L. Wagner-- L3 Univ. Regensburg, Allemagne (Co-supervision, 4mois – in progress)
Master
-- 2021 -- T. Klaftenberger, M2 Univ. Lyon,France (Co-supervision, 5 mois)
A.Perrot, M1 Univ.Paris-Saclay, France (Co-supervision, 2.5 mois)
T. Lindner, M1 Univ. Erlangen, Allemagne (2.5 mois)
--2022 – L. Bachl, M2 Univ. Regensburg, Allemagne (Co-supervision,9 mois)
--2023 – L. Neubauer --Univ. Regensburg, Allemagne (Co-supervision, 2 mois)
Management, discovery of scientific research and environmental awareness
2010 (1 month): Educational activities: Understanding & respecting ecosystems (ecology & trophic networks, general public)
2011 (2 months): Training related to agriculture (ecological interests of sustainable agriculture, general public)
2013 (2 weeks): Educational activities: What is biodiversity, and why is it important? (young public, 80 teaching hours)
2017 (1 week): Supervision of middle school students - discovery of scientific research
2018 (2 weeks): School intervention: scientific experimentation to determine arthropods' diet (1st - 2nd year elementary students)
2018 (1 week): Supervision of high school students - discovery of scientific research (assoc. Un Peu de Bon Science)
Administration experience
2015 – 2016 - Symposium organisation
Secretary of the organisation committee of the international Ecology and Behaviour meeting
2016 (Lyon, France) gathering 100 participants from 9 countries
2015 – 2018 - Doctoral representative
Representative at the Pedagogical and Orientation Council of the doctoral school E2M2
grouping 12 scientific laboratories (Lyon, France)
2018 - Symposium organisation
Member of the organisation committee of the annual Scientific Day Decrypthèse (Outreach
lectures, Lyon, France) gathering 60 participants
2019 - Symposium organisation
Co-organizer of the Invacost Workshop (Paris Saclay, France) gathering 50 participants2021- Early Carrier Researcher representative
Committee member of the High Council for the Evaluation of Research and Higher Education
(evaluation of doctoral schools)
2022- Early Carrier Researcher representative
Committee member of the High Council for the Evaluation of Research and Higher Education
(evaluation of doctoral college)
Main collaborations
Contact me:
© 2018