What does our research in this field focus on?
Our research explores the structure, diversity, and functioning of terrestrial ecosystems during the Paleogene and Neogene, with a particular emphasis on vertebrate communities and their responses to long-term environmental and climatic change. We investigate how animals adapted to greenhouse and cooling phases, changing landscapes, and shifting ecological interactions.
Which key methods or approaches do we commonly use?
We combine classical palaeontology and taxonomy with modern geochemical and imaging techniques, including stable isotope analysis (especially C and O), micro-CT scanning, and comparative anatomy. This integrative approach allows us to link fossil morphology, phylogeny, diet, habitat use, and palaeoenvironmental conditions.
What is our main contribution to this research field?
By integrating fossil evidence with quantitative geochemical proxies, we provide robust reconstructions of past terrestrial ecosystems across Europe, Africa, and Asia. Our work improves the understanding of vertebrate evolution, palaeoecology, and biogeographic patterns during the Paleogene and Neogene, offering long-term perspectives that are directly relevant for interpreting modern biodiversity and environmental change.
