In the course of history, entomology has at times intersected with humanity's militaristic motives. From deploying harmful insects against enemies to modeling technological advances on insect biomechanics, explore some of the ways insects have been used in human warfare.
A team of researchers from Western University in Ontario reports the discovery of velvet worms living in tree mosses in Amazonian cloud forest in Ecuador as well as a caterpillar of unknown species that they propose to be a Batesian mimic of the velvet worm.
The list of invasive insects in the United States is a long one, but one entomologist offers his list of the top four "most wanted"—plus a note about how entomologists are working to better manage the challenge of invasive insect species.
To celebrate Father's Day, check out some fascinating insights on insect fathers providing exceptional paternal care revealed via recent entomological research.
In honor of Mother's Day, catch up on some recent research highlighting insect mothers that go to awe-inspiring lengths to care for their babies.
The return of the screwworm to Florida in 2016 was a surprise, but entomologists with the USDA and local, state, and international partners were prepared to respond. A new, in-depth report in the Journal of Medical Entomology shares a detailed account of their work re-eradicating the pest via the sterile insect technique—plus new lessons learned along the way.
Insects have evolved a variety of mechanisms to try to overcome the effects of insecticides—including, in some cases, help from the bacteria and other microbes living in insects' guts. A growing number of studies indicate a link between symbiotic microbes and insecticide resistance in a diverse range of insects.
Despite its large size, often bold coloration, and ostentatious defensive behaviors, the eastern lubber grasshopper is harmless to humans and is only rarely a pest of concern to plants.
A visual analogy created by termite researcher Thomas Chouvenc, Ph.D., illustrates the damage termites can wreak upon a house. Given a small, two-dimensional wooden replica of a house (30x20 cm, 2 mm thick), a colony of 2,000 Formosan subterranean termites took only three weeks to consume it.
A scanning electron micrograph shows an engorged female Ixodes angustus tick with a male I. angustus attached to its underside in typical feeding mode—a case of hyperparasitism presumed uncommon in the species.
First encountered in the United States in Pennsylvania in 2014, the spotted lanternfly had spread to New York, Delaware, and Virginia by early 2018. The invasive insect threatens Tree of Heaven as well as grapes, hops, and fruit trees, and it has a penchant for hitchhiking. Anyone sighting spotted lanternfly is urged to report it to their state agriculture department or local extension office.
American cockroaches show different individual "personalities" that relate to their fleeing behavior and preference for venturing into open spaces or remaining close to walls or other objects. A new study suggests these differences could be an evolutionary benefit for their collective fleeing response.
What would happen if you asked a machine to come up with new common names for insects? A scientist and her neural network find out.
A common gardener's tip suggests that the imported cabbageworm butterfly (Pieris rapae, also known as the "cabbage white") can be deterred with an artificial mimic. But does it really work?
A new study in the Journal of Medical Entomology offers the best look yet at the Haller's organ, a small sensory pit on the forelegs of ticks that they use to detect heat and chemical odors emitted by potential hosts.
This new documentary explains what makes entomologists tick.