Coleoptera Taxonomy and Distribution

This paper provides the first general overview of the endophallus in Agaocephalini rhinoceros beetles, highlighting its taxonomic and evolutionary significance.

This study clarifies Cryptolestes species status by re-evaluating mitochondrial DNA sequences and phylogenetic relationships, identifying genetic gaps and taxonomic challenges.

This paper combines nuclear and mitochondrial phylogenomic data to build a well-supported Coleoptera phylogeny, identifying over 80 universally supported nodes for classification.

The study examines age-related morphological changes in Agabus uliginosus and suggests A. lotti is a junior synonym, supported by molecular analysis of COI sequences.

This study identifies 58 undescribed bark beetle species in Australian rainforests, highlighting their vulnerability and the need for improved taxonomy and AI tools to accelerate species discovery.

This study uses HyRAD-X to generate genomic data for Carabus giant ground beetles, inferring an Oligocene origin and in situ Alpine diversification of the Arcifera clade.

This study reconstructs the evolutionary history of Belidae weevils to show how their host plant shifts and dispersal were influenced by Gondwana breakup and angiosperm rise.