SADOUL Bastien
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Scientist Theme(s) : Population dynamics, life history trait, Ecology
Ecosystems assessment and multiple anthrophic pressure
Address: UMR DECOD, 65 rue de Saint-Brieuc Bât. 4, CS 84215, 35042 Rennes Cedex, France Keywords: Adaptation / Stress /aquaculture / ecosystem / bioenergetic / modelling |
Expertise
Connections between the environnement and aquaculture
Current Position
Associate Professor
Research
Current Research Topics
My research interest focuses on the physiological and behavioural mechanisms involved in the capacities of aquatic species to cope with environmental perturbations, mostly in the context of anthropic disturbances. These mechanisms are metabolically fueled by changes in energy allocation which I dynamically model. This modeling approach enables to predict the life cycle of multiple and diverse species in a changing environment. I use these tools and concepts in an aquaculture context in order to describe the connections between aquaculture systems and their environment or ecosystem and ultimately suggest new practices favoring the sustainability of the productions.
Collaborations
- Ifremer (MARBEC, LEMAR)
- INRAE (SAS, PEIMA)
- • University of Melbourne (Mike Kearney)
- • Akvaplan Niva (Starrlight Augustine
Current projects
Genetic and physiological approach to assess the health status of ray populations | Timeframe : 2023 - 2026 Keywords : Dynamique des populations / Epigénétique / Multi-stress / Individus / Pêche / Poissons / Populations / Bio-informatique / Biomarqueurs et traceurs / Capture, échantillonnage et inventaire / Développement de scripts / Géomatique / Marquage-recapture / Modélisation statistique |
Fish robustNess: a key element of population vulnerability and sustainable aquaculture | Timeframe : 2022 - 2025 Keywords : Adaptation / Dynamique des populations / Traits d'histoire de vie / Traits phénotypiques / Allocation d'énergie / Changement climatique / Individus / Poissons / Populations / Common garden / Génétique quantitative / Modélisation mécaniste |
Teaching Experience
Stress in aquaculture, bioenergetic modeling, estimation of waste productions in aquaculture, territorial analysis
M.Sc. Supervision
Supervision of a Master student, 2020 : Evaluating the bioenergetic metabolism of a deposit feeder, Holothuria tubulosa, as a potential candidate for integration in an Integrated MultiTrophic Aquaculture system.
