A new collection of research spotlights emerging new technologies and research methods revolutionizing the study of morphology.
Well-known in Lepidoptera and Coleoptera, the distinct black-orange-black color pattern has never been fully documented in Hymenoptera—until now. A study of more than 1 million wasp, bee, and other hymenopteran specimens finds a wide range of variations of the pattern present in 23 families within the order Hymenoptera.
The story of "Team Trissolcus," insect taxonomists who sprang into action to identify the parasitoid wasps that might help us fight the invasive brown marmorated stink bug.
A new study of genetic relationships in the grasshopper family Acrididae points to an origin in South America, not Africa, as previously thought. The findings about grasshopper evolution are reported in Insect Systematics and Diversity.
By Samuel Bolton, Ph.D. Picture a bubbling brook, gurgling over a hard bed of rocks and gravel. As a child, you were drawn to explore that strange and stony world, […]
By Josh Lancette In 2015, the Entomological Society of America journals became compliant with the requirements of the International Code of Zoological Nomenclature (“the Code”), which is produced by the […]
By John P. Roche With more than 7,000 species globally, the katydids are the second most diverse group within the insect order Orthoptera, after the grasshoppers. Katydids are members of […]
By Eduardo Faúndez Scientific names — at least for plants and animals — are Latinized words, and the Latin language was selected for the naming of new organisms because it’s […]
By Dominic Evangelista One of my life-long dreams has been to discover and describe a species previously unknown to science. It’s something a lot of aspiring naturalists dream about. However, […]
Why do entomologists spell some insect names differently? It's related to taxonomy.