Our research focuses on the quantification of spatial and temporal variation in biotic and abiotic components of the Earth system. We address this research with a number of research projects and research themes. We ask questions such as:
What are the fundamental drivers and determinants of biodiversity at broad spatial scales?
How does geodiversity and geomorphology vary across space and time?
How do functional traits, species interactions and Earth history shape biodiversity and macroevolution?
What are the effects of current and future global change on biodiversity, ecosystem services and human well-being?
To understand and predict the functioning of geo-ecosystems and the distribution of life on Earth, we integrate data and knowledge of the ecology of species with evolutionary history and information on the geography, geology and climate of our planet. Research methods include the collection and statistical modelling of large biodiversity datasets (macroecology, macroevolution, island biogeography, biotic interactions), analyses of remote sensing data from satellite imagery and high resolution Light Detection And Ranging (LiDAR, geodiversity, global change), handling and analysis of phylogenetic trees (macroevolution), and the GIS visualization and modelling of geo-ecological data (all themes).