Using macroevolutionary approaches, my research aims to uncover the genomic mechanisms behind the extraordinary diversity and adaptations of these fishes. Highlights of my work are below with detailed descriptions found on my Research page.
My current research focuses on the molecular mechanisms behind the evolution of diverse body plans in Lake Tanganyika cichlids, one of the most remarkable examples of adaptive radiation. I've explored how convergent genetic variations in developmental pathways drive rapid morphological changes, offering valuable insights into how fish adapt to new environments and niches.
For years, ichthyologists have debated whether the flatfish's distinctive body plan evolved once or twice. In a recent study published in Nature Genetics, I revisited this question by analyzing three independent genome-scale datasets. My findings point to a single evolutionary origin, as the complexity of the changes involved makes two separate events unlikely. For more details, you can explore the publication and additional coverage by Carl Zimmer in The New York Times, Jerry Coyne's blog Why Evolution is True, and the University of Michigan.
Other items that didn't make the shortlist but are still important. Find out more in their dedicated sections.
I've been going on fieldwork expeditions to marine and freshwater environments across multiple continents for over a decade.
I've published in numerous high-profile scientific journals including Nature Genetics, Proceedings of the Royal Society B, and others.
I've been awarded federal and local grants in the United States of America as well as the European Union from various institutions, including the European Molecular Biology Organization (EMBO).
Find everything on my curriculum vitae and contact me for research opportunities.