The scientific team
Dr Damien Crestel
An agronomist engineer, Damien devoted his PhD to the genetic basis of temperature adaptation in European sea bass. He brings biostatistics, modelling and genomics to projects ranging from eDNA to the evolution of natural populations.
Background
Having grown up in a farming community in Brittany, I trained as an agronomist engineer, specialising in fisheries and aquaculture sciences. I then completed a PhD on the genetic basis of temperature adaptation in European sea bass, a major aquaculture species in Europe. This path reflects my interest in biodiversity and the life sciences, and my wish to improve knowledge of how biodiversity evolves in the face of current global change.
My experience has developed my skills from setting up and running experiments and collecting data to analysing them with biostatistical and genomic tools. Thanks to this background, I can adapt to a range of projects that require the processing of phenotypic and genomic data. In my analyses, I have used various bioinformatics tools and languages to address questions in population genetics and quantitative genetics. I have also managed large phenotypic datasets requiring modelling skills to build models of varying complexity.
At LDgenX, my knowledge of evolutionary biology and of bioinformatic and statistical analysis helps answer a wide range of study questions, from the use of eDNA to the evolution of natural populations.
Publications
6 publications
- Water-borne cortisol is correlated with acclimatization temperature but not metabolic rate in a teleost fishRead the summary
- Quantitative genetics and GWAS reveal population-specific sex-ratio responses in wild European seabass (Dicentrarchus labrax) under various temperature scenariosRead the summary
- Larval survival in European seabass (Dicentrarchus labrax) is shaped by the natural thermal regime of their population of origin and the level of introgression of Atlantic and Mediterranean genomesRead the summary
- Evidence that tolerance of acute warming declines with increasing body mass within fish speciesRead the summary
- Do European Seabass Larvae Grow Better in Their Natural Temperature Regime?Read the summary
- Thermal modulation of energy allocation during sex determination in the European sea bass (Dicentrarchus labrax)Read the summary
Let’s discuss your project
Your question. Our next starting point.
A project in biodiversity, genomics or bioinformatics? Describe your needs to receive a proposal, or book a first conversation with our scientific team.
Or write to us: info@ldgenx.fr

