Comparative Brain Mapping For Biodiversity
Bridging the evolutionary gaps in neuroscience
The Brain Biodiversity project aims to explore the immense diversity of brain structures and
connectivity across different species. By leveraging advanced ultra-high field MRI and
comparative neuroanatomy, our goal is to uncover the fundamental, universal principles of
brain organization and trace the evolutionary trajectories of specific neural systems.
A comprehensive understanding of brain evolution requires moving beyond traditional model
organisms. By mapping non-model species across diverse taxonomic groups and ecological
niches, we can reveal how evolutionary pressures have shaped brain architecture across the
animal kingdom.
To achieve this vision, we work closely with biodiversity scientists, zoologists, and
conservation teams. These interdisciplinary collaborations provide invaluable access to
understudied species, enabling brain mapping research that bridges neuroscience,
evolutionary biology, and biodiversity science.