Ian A. Warren

The paper analyzes whole genome sequences of Black Soldier Fly populations to reveal cryptic genetic diversity and the impacts of domestication on genetic variation.

The paper studies hybridization between native and invasive Helicoverpa moths in Brazil, showing rapid adaptive introgression of pesticide resistance genes with implications for global food security.

This study examines two Neotropical butterfly radiations, revealing high rates of hybridization and chromosomal rearrangements as drivers of diversification.

The paper traces the evolution of cyanogenic glucoside biosynthesis in Heliconius butterflies, showing gene loss and duplication linked to plasticity-first evolution and specialization in sequestration.

The paper selects for large body size in black soldier flies and finds repeatable phenotypic but not genetic responses, highlighting high genetic redundancy in polygenic traits.

The paper presents genome assemblies of two Hypolimnas species and analyzes the evolution of W chromosomes in Lepidoptera, suggesting a common origin despite conflicting hypotheses.

The paper presents a high-quality chromosome-level genome assembly of the Black Soldier Fly and identifies genomic features and inbreeding patterns in a lab population.

The paper presents a haplotype-resolved genome assembly for the wood tiger moth using trio binning, revealing population structure insights.