Anna Marcionetti

This study characterizes structural variation across 16 clownfish species, identifying extensive SVs and clarifying inversion events on chromosomes 18 and 9.

This study uses whole genome re-sequencing to reveal deep divergence within the Amphiprion clarkii species complex, identifying five lineages and challenging the taxonomic status of A. tricinctus.

The paper identifies a new wild clownfish hybrid in the Philippines and characterizes its genomic and phenotypic traits, showing it is a backcrossed descendant of A. sandaracinos and A. perideraion.

The paper investigates whether color polymorphism in the saddleback clownfish represents intraspecific variation or multiple species using genomic and image data.

This study identifies sea anemone host use as the driver of convergent evolution in clownfish color and morphology, resolving a long-standing mystery in adaptive radiation.

This study investigates the genetic basis of vertical bar evolution in clownfish by analyzing changes in selective pressure on pigmentation-related genes.

The paper examines how clownfish demographic responses to Pleistocene sea level changes are influenced by their host specialization, revealing resilience in generalists and bottlenecks in specialists.

This study investigates the diversification mechanisms of the clownfish skunk complex, finding moderate ancestral gene flow and limited recent gene flow, with introgression and recombination disruption playing key roles.

This study uses whole-genome data to show A. clarkii has a single species status with pervasive gene flow and color polymorphism not linked to population structure.

The paper presents the first draft genome assembly of the tomato clownfish (Amphiprion frenatus), providing a resource for studying its life history traits and adaptive radiation.