I am a wildlife ecologist passionate about developing and applying innovative methods to monitor biodiversity, particularly for large and elusive mammals and birds. My research focuses on understanding how conservation efforts impact animal populations, with a strong emphasis on practical, field-deployable solutions.
My PhD research centers on the Guiana Shield, where I study terrestrial and arboreal animals using both traditional and emerging technologies. For ground-dwelling species, I use camera traps combined with spatially explicit models such as spatial capture-recapture and Random Encounter Models (REM). For tree-dwelling species, I rely on bioacoustic monitoring and develop machine learning tools for species identification, localization through triangulation, and even individual recognition based on vocal signatures.
I aim to bridge the gap between data-rich ecological research and actionable conservation. My goal is to equip local conservationists and forest managers with tools that not only monitor wildlife, but also evaluate the effectiveness of their conservation strategies. For instance, I am involved in developing automated acoustic algorithms to detect gunshots, providing early warnings of illegal hunting.
My work is grounded in regions of high biodiversity and conservation value, primarily the intact forests of French Guiana. I collaborate with protected area staff to implement monitoring strategies in both protected and unprotected areas, helping to inform science-based conservation decisions.
Outside of my academic work, I am an avid birder and nature enthusiast who spends as much time outdoors as possible, observing wildlife and enjoying the natural world.