My main research interest concerns the evolution of complex integrated systems.
By combining a variety of experimental approaches and techniques (e.g. electromyography,
high-speed video and cineradiographic recordings, nerve transection
experiments, muscle physiology, biomechanical modelling, ...) in an explicit
comparative framework, I try to gain insights into the evolution of such systems.
As model systems, I have chosen the feeding and locomotor system in vertebrates.
I'm especially interested in the role that constraints and trade offs may play in shaping
the evolution of the feeding and locomotor systems in vertebrates.
In addition to experimental lab-based approaches, I investigate performance traits associated with the feeding and locomotor systems (e.g. bite force, sprint speed, endurance capacity, etc...) in an ecological and evolutionary context. In collaboration with colleagues in France and abroad I will also include developmental and genomic approaches to study the mechanisms allowing rapid phenotypic diversification in natural populations.
I have been fortunate enough to be able to do field work in many places around the world allowing me to better understand animals in their natural environment. Indicated on the map are countries I have been lucky enough to visit in the context of field work (red), collaborations with other researchers, and meetings (blue).