UW News

Jeffrey Riffell


July 18, 2019

Scientists discover how the mosquito brain integrates diverse sensory cues to locate a host to bite

A close-up image of a mosquito

A team, led by researchers at the University of Washington, has discovered how the female mosquito brain integrates visual and olfactory signals to identify, track and hone in on a potential host for her next blood meal: After the mosquito’s olfactory system detects certain chemical cues, the mosquito uses her visual system to scan her surroundings for certain shapes and fly toward them, presumably associating those shapes with potential hosts.


January 25, 2018

If you swat mosquitoes, they may learn to avoid your scent

A tethered, flying Aedes aegypti mosquito.

In a published Jan. 25 in Current Biology, University of Washington researchers report that mosquitoes can learn to associate a particular odor with an unpleasant mechanical shock akin to being swatted. As a result, they’ll avoid that scent the next time.


July 16, 2015

UW researchers show that the mosquito smells, before it sees, a bloody feast

A female mosquito feeding on a host.

A team of biologists from the University of Washington and the California Institute of Technology has cracked the cues mosquitoes use to find us.


June 26, 2014

Foul fumes derail dinner for hungry moths

moth with flower and exhaust pipe

New research on how pollinators find flowers when background odors are strong shows that both natural plant odors and human sources of pollution can conceal the scent of sought-after flowers.


December 6, 2012

Moths wired two ways to take advantage of floral potluck

Moths are able to enjoy a pollinator’s buffet of flowers because of two distinct “channels” in their brains, scientists have discovered.