Marc Girondot

Marc Girondot is a Professor of Ecology at University Paris Saclay, where he conducts research in the Laboratoire Écologie, Société et Évolution – IDEEV (Institute of Ecology and Evolutionary Sciences). His work focuses on marine turtle ecology, conservation, and the impacts of climate change on these species. Girondot leads the "Ecological Processes and human Impact" research team and has developed several analytical tools including BoneProfileR for bone microanatomy analysis and Embryogrowth for modeling embryonic development.

His primary research interests span marine turtle conservation, temperature-dependent sex determination, phenology, bone microanatomy, ecotoxicology, and biostatistics. Girondot has made significant contributions to understanding how climate change affects sea turtle populations, particularly through his work on thermal reaction norms for sex determination and embryonic development. His research combines field studies with sophisticated statistical modeling to address conservation challenges.

Analysis of his recent publications reveals a strong focus on sea turtle conservation under climate change, with particular attention to sex ratio determination, nesting behavior, and innovative conservation strategies. His work spans multiple geographic regions including the Caribbean, Pacific, Mediterranean, and Atlantic, demonstrating a global perspective on marine turtle conservation. Key trends in his research include the development of new methodologies for data analysis, the application of biostatistical approaches to conservation problems, and interdisciplinary collaborations that bridge ecology, physiology, and conservation practice.

Girondot has supervised numerous graduate students whose theses reflect the breadth of his research program, covering topics from sea turtle nesting behavior to bone microanatomy analysis. His collaborative approach is evident in his extensive co-authorship network that includes researchers from institutions worldwide, reflecting the international nature of marine turtle conservation efforts.

His laboratory work centers on understanding ecological processes that impact sea turtle populations, with particular emphasis on developing tools for conservation practitioners. The BoneProfileR software represents a significant contribution to paleontological and ecological studies, allowing for quantitative analysis of bone sections that was previously difficult to achieve. His work on temperature-dependent sex determination has provided critical insights for predicting how climate change will affect sea turtle populations globally.