EDELINE Eric
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Scientist Theme(s) : Trophic interaction
Fleets dynamics and socio-ecosystems uses
Address: UMR DECOD, 65 rue de Saint-Brieuc, Bât. 15, CS 84215, 35042 Rennes Cedex, France Keywords: Eco-evolutionary dynamics, Anthropogenic perturbations  |
Expertise
Global warming, Eco-evolutionary dynamics, Fisheries, Food webs, Life-history evolution, Population and community dynamics.
Current Position
Research scientist
Scientific theme leader Ecosystem dynamics, from source to ocean
Research
Phenotypic traits, such as body size, strongly influence the nature and strength of ecological interactions such as predation or competition. In turn, phenotypic evolution in response to ecological interactions may operate on the same time scales as population dynamics. The resulting interplay between ecological change and rapid trait response is called eco-evolutionary feedback loops. These feedback loops could be essential to explain (and predict) the trajectory of complex ecological systems. The objective of my work is to understand whether and how anthropogenic perturbations induce eco-evolutionary feedback loops in food webs.
Current Research Topics
My research concentrates on aquatic food webs disrupted by global warming, exploitation (fisheries) or biological invasions.
Collaborations
- Arnaud Le Rouzic (CNRS)
- Asbjørn Vøllestad (Université d'Oslo)
- Pierre Courtois (INRAE CEE-M)
- André De Roos (Université d'Amsterdam)
Current projects
SPABIO | Timeframe : 2022 - 2024 Keywords : Aire de répartition géographique / Bio-économie / Connectivité / Dynamique des populations / Ecologie spatiale / Evaluation / Fronts de colonisation / Invasions biologiques / Changement climatique / Dispersion / Méta-populations / Plantes / Populations / Analyses de séries temporelles / Développement de scripts / Modélisation statistique |
Teaching Experience
I was associate professor at the University Pierre et Marie Curie (Paris 6) for nearly 10 years, which involved 200 hours of teaching per year. The list of subjects I taught during this period is available on this link.
M.Sc. and Ph.D. Student supervision
By 2017, I had supervised 7 undergraduate students, 21 graduate students, and 4 Ph,D. students.
Collective Services
From 2009 to 2016, I supervised teaching modules at the master’s level at UPMC. From 2011 to 2015, I acted as the scientific coordinator for the development of the PLANAQUA experimental lakes platform. I also participated in different evaluation committees for master’s and Ph.D. students and for scientific projects.
M.Sc. Students
MARTIN, A. (2021) .Liens biodiversite-structure des reseaux trophiques aquatiques
BRUSET, J. (2021) .Liens biodiversite-structure des reseaux trophiques aquatiques
BERTIN, O. (2021) .Liens biodiversite-structure des reseaux trophiques aquatiques
BAUDE, L. (2021) .Liens biodiversite-structure des reseaux trophiques aquatiques
TREHOU, G. (2020) .Densite-dependance et densite-independance de la demographie et de la taille de population experimentales de Medaka
HERMANT, S. (2020) .Selection densite-dependante sur les taux d?autofecondation : test experimental chez la limnee des etangs
GUILLEVIN, V. (2020) .Effet de l'evolution darwinienne induite par l'exploitation sur les ecosystemes
GORGET, N. (2019) .Effects of harvesting on the genetics of population resilience
LEMASLE, P.-G. (2018) .Biogeographie insulaire des reseaux trophiques : application au complexe marais-mares de Briere
ANDRIEUX, C. (2022) EIBES4C1 - Stage en laboratoire
BARBOT, M-M (2023) Modélisation de l'invasion par laJussie des marais de Brière
VIOLTON, O. (2023) L'effet des invasions biologiques sur la structure et la stabilité des communautés natives : Approche expérimentale en mésocosmes avec l'écrevisse de Louisiane
Publications
Selection of Scientific Products
Quévreux Pierre, Zou Kejun, Barot Sébastien, Thébault Élisa, Rochelle-Newall Emma, Jardillier Ludwig E, Edeline Eric, Agostini Simon, Mériguet Jacques, Fiorini Sarah, Lacroix Gérard (2025). Combined effects of fish, light and allochthonous dissolved organic carbon on interactions between green and brown food webs: an aquatic mesocosm experiment. Freshwater Biology, 2025, 70 (8), pp.e70081. ⟨10.1111/fwb.70081⟩
Walter Hugo, Gorzerino Caroline, Collinet Marc, Porcon Béatrice, Martignac François, Edeline Eric (2025). PlanktonFlow : hands-on deep-learning classification of plankton images for biologists. 2025
Vanpeene-Bruhier Sylvie, Edeline Eric, Courtois Pierre (2025). Bioéconomie dynamique spatialisée des invasions biologiques : preuve de concept pour la gestion de la jussie en Brière. Métaprogramme BIOSEFAIR. Bilan de projet : 2021 – 2024. INRAE. 2025
Gorzerino Caroline, Walter Hugo, Edeline Eric, Martignac François (2025). PlanktonFlow76 - A curated FlowCam dataset for plankton classification. 2025, ⟨10.5281/zenodo.16840846⟩
Lemasle Pierre-Gilles, Paillisson Jean-Marc, Roussel Jean-Marc, Lacroix Rémi, Lacroix Paule, Lacroix Gérard, Edeline Eric (2025). Invasive alien predators overturn the spatial-scaling laws of biocomplexity: Data and R codes to run analyses and to reproduce figures.. 2025, ⟨10.5281/zenodo.16984068⟩
Edeline Eric, Bennevault Yoann, Rozen-Rechels David (2025). Habitat structural complexity increases age-class coexistence and population growth rate through relaxed cannibalism in a freshwater fish. Peer Community Journal, 2025, 5, pp.e54. ⟨10.24072/pcjournal.558⟩
Edeline Eric, Starck Agnès, Bennevault Yoann, Paillisson Jean-Marc, Petit Eric J. (2025). Experimental biology of species range dynamics: drivers of survival and dispersal in range-core and range-edge invasive crayfish. Biological Invasions, 2025, 27 (2), pp.65. ⟨10.1007/s10530-025-03530-7⟩
Edeline Eric, Bennevault Yoann, Rozen-Rechels David (2024). Data and codes for "Habitat structural complexity increases age-class coexistence and population growth rate through relaxed cannibalism in medaka fish". 2024, ⟨10.5281/zenodo.14044171.svg⟩
Edeline Eric (2024). Data and codes for "Experimental biology of species range dynamics: drivers of survival and dispersal in range-core and range-edge invasive crayfish". 2024, ⟨10.5281/zenodo.14499310⟩
Bazin Simon, Diouloufet Virginie, Molina Ange, Peroux Tiphaine, Montoya José, Edeline Eric, Blanchet Simon, Jacquet Stéphan, Rasconi Serena, Fayolle Stéphanie, Campana Marina, Zambeaux Thalia, Leclerc Camille, Lassus Rémy, Morla Julie, Daufresne Martin, Sentis Arnaud (2024). Direct effect of artificial warming on communities is stronger than its indirect effect through body mass reduction. Oikos, 2024, 2024 (10), pp.e10561. ⟨10.1111/oik.10561⟩