ABOUT ME
My current research is primarily focused on developing innovative quantitative and/or qualitative statistical techniques that: 1) allow for improved interpretations and comparisons of fossil records, 2) enable the development of robust regional reconstructions of past climate, and 3) facilitate detailed comparisons of palaeo-data with general circulation model (GCM) simulations to both improve model performance and study specific elements of climate system dynamics. To do so, I am focusing on creating links between the data and the modelling communities by developing accessible, easy-to-use tools such as point-and-click software and R packages. These tools are designed to enable more effective discussions and information exchange. My experience with informatics, statistics, palaeoenvironmental data and climate reconstructions places me at the interface between these communities, allowing me to appreciate and address the needs of each, and serve as an interlocutor, facilitating the holistic advancement of our understanding of past climate change.
Discussion about the strengths (and weaknesses) of pdf-based methods with Nobert Kühl (on the left) and Brian Chase (on the right)
during the PC-MIP workshop, Caux, Switzerland, June 2017.
EDUCATION
RESEARCH INTERESTS
Quantifying past climates using fossil pollen.
Probabilistic distributions and Uncertainties
2012 - 2015
University of Montpellier II, France
Ph.D. in Quantitative palaeoclimatology in southern Africa
Large-scale atmospheric dynamic changes
Africa - South America - Mountainous regions
Developing software, packages and databases
Python - R - MySQL - PostgreSQL
2006 - 2011
Institut National des Sciences Appliquées de Lyon, France
Engineer degree in Biosciences and Biostatistics
2010 - 2011
University Claude Bernard Lyon 1, France
Masters degree in Ecology, Evolution and Biometry