The Mediterranean Institute of Biodiversity and Marine and Continental Ecology
IMBE's research is structured around 5 transversal thematic axis and 8 research teams
IMBE organizes its operational facilities around 5 technical departments
Training is, of course, the courses offered at the University (L, M, D) but also training through research (internships).
The dissemination of our scientific results is at the heart of our mission: it enables us to share and make research advances accessible to a wider audience. In addition to publications in specialist journals, the IMBE deploys a wide range of resources to popularise knowledge and make it understandable and attractive to a wide range of audiences. Through concrete actions and innovative tools, we are committed to bringing science closer to everyone, in order to establish an ongoing dialogue between science, research and the general public, especially young people.

As a PhD student in evolutionary biology at Aix-Marseille University, I am working on a thesis on the definition and delimitation of species for the conservation of Mediterranean flora. My multidisciplinary background in botany, ecology, genetics and bioinformatics has led me to the challenges of integrative taxonomy, which are essential for the preservation of biodiversity. After a Master's degree in ecological engineering, I studied the ecological niche of two endemic species at the CEFE-CNRS, then analysed a Limonium complex at the Conservatoire botanique national méditerranéen using field inventories, DNA sequencing and microsatellite analyses. My bioinformatics work includes plastome assembly and phylogenomic reconstruction. These experiments demonstrate the importance of evolutionary units in guiding conservation. My thesis develops an integrative framework combining genetics, morphology and ecology in order to better delimit species and understand speciation in the Mediterranean.
My thesis deals with definition and delimitation of species for the conservation of Mediterranean flora. It combines morphological, genetic and ecological data to identify evolutionarily significant units (ESUs) in complex genera such as Teucrium, Romulea and Limonium. The aim is to develop a reproducible framework to guide conservation and better understand speciation mechanisms in this biodiversity hotspot.