Highlights•Methods of comparative, population, and 3D genomics are becoming
increasingly fruitful for the discovery of chromosomal inversions in diverse insect …

Insects from high latitudes spend the winter in a state of overwintering diapause, which is
characterized by arrested reproduction, reduced food intake and metabolism, and increased …

High-quality genome assemblies across a range of nontraditional model organisms can
accelerate the discovery of novel aspects of genome evolution. The Drosophila virilis group …

Maintaining genome integrity is vital for organismal survival and reproduction. Essential,
broadly conserved DNA repair pathways actively preserve genome integrity. However, many …

Reproductive traits often evolve rapidly between species. Understanding the causes and
consequences of this rapid divergence requires characterization of female and male …

Background Substantial discoveries during the past century have revealed that transposable
elements (TEs) can play a crucial role in genome evolution by affecting gene expression …

Chromosomal inversions may play a central role in speciation given their ability to locally
reduce recombination and therefore genetic exchange between diverging populations. We …

Phylogenomics reveals reticulate evolution to be widespread across taxa, but whether
reticulation is due to low statistical power or it is a true evolutionary pattern remains a field of …

Background Substantial discoveries during the past century have revealed that transposable
elements (TEs) can play a crucial role in genome evolution by affecting gene expression …

Genomic architecture has played a key role in the evolution of biodiversity. Structural
comparisons of genome sequences have informed the study of supergenes, sex …