Rob Dunn

Rob Dunn serves as a Visiting Professor at the Section for Hologenomics within the Globe Institute at the University of Copenhagen. His research bridges urban ecology, microbiome science, and evolutionary biology, focusing on human-impacted ecosystems and host-microbe interactions. The institute's location at Øster Farimagsgade 5 in Copenhagen serves as his primary academic base.

Dunn's research interests center on urban biogeography and hologenomics, examining how species evolve in human-dominated landscapes and how host organisms interact with their microbial communities. His work on urban species evolution reveals novel speciation processes in cities, while his hologenomics research integrates host and microbiome genetics to understand complex symbiotic systems. Notable projects include investigations into insect biomass decline in urbanizing landscapes and the evolutionary ecology of food preparation across species.

Analysis of his recent publications shows a strong emphasis on host-microbe coevolution and anthropogenic ecosystem dynamics. His work spans theoretical frameworks for urban biodiversity, methodological standards for microbiome research, and cross-species analyses of food microbiology. Key trends include the development of hologenomic approaches to complex biological systems and the documentation of biodiversity responses to urbanization.

Dunn actively collaborates across disciplines, with research outputs including high-impact reviews in journals like Nature Reviews Genetics and empirical studies in Frontiers in Conservation Science. His work receives significant attention across academic and public spheres, with multiple publications picked up by news outlets and widely discussed on social media platforms.

His laboratory work focuses on hologenomic methodologies and urban ecosystem monitoring, with recent projects examining ant evolution, insect biomass trends, and microbial contributions to food systems. Future research directions appear to center on expanding hologenomic frameworks to diverse taxa and refining urban biogeography theories through global collaborative networks.