My research combines tools from diverse disciplines, including chemical ecology, quantitative genetics and population genetics, to address various questions in the field of evolutionary ecology. I am particularly interested in the role of plant-pollinator interactions in driving the evolution of floral traits. After having mainly worked on orchids during my thesis and my postdoctoral position, I am now interested in another model, Silene dioica, a dioecious plant with a generalist pollination system. In collaboration with other members of the team, we study sexual selection in this species by comparing selection patterns in male and female plants, focusing on both pollination and post-pollination processes.