![Researchers observed how mosquitoes behaved around a human volunteer who wore protective clothing that was black on one side and white on the other. “Figuring out how [mosquitos] fly around a human gives insights on how we can avoid them,” Alexander Cohen says.](/cdn-cgi/image/onerror=redirect,width=640,height=640,format=webp/https://storage.googleapis.com/uploads.mongoosehq.com/url/media/114643179/7afb265355b146b93b0ec608631161affa7dc0b140427ceae49353828491bdec)
Overview
- MIT and Georgia Tech released a peer-reviewed model and a public interactive app that forecast mosquito trajectories under different sensory cues.
- The model defines three behaviors: fast visual ‘fly-by,’ CO2-driven ‘double-take,’ and sustained ‘orbiting’ when visual and chemical cues co-occur.
- Combined visual and CO2 signals produce a distinct circling response rather than a simple sum of single-cue behaviors, according to the analysis.
- Researchers tracked female Aedes aegypti in 3D around spheres emitting visual or CO2 cues and a protected human volunteer, generating over 53 million data points and 477,000 flight paths.
- Authors say the findings can guide specifically calibrated, multisensory lures and suggest time-varying strategies for suction traps to improve capture rates.