Hitting the right note at the right time: Circadian control of audibility in <i>Anopheles</i> mosquito mating swarms is mediated by flight tones

Jason Somers(The Francis Crick Institute), Marcos Georgiades(The Francis Crick Institute), Matthew P. Su(University College London), Judit Bagi(The Francis Crick Institute), Marta Andrés(The Francis Crick Institute), Alexandros C Alampounti(The Francis Crick Institute), Gordon Mills(University College London), Watson Ntabaliba(Ifakara Health Institute), Sarah Moore(Ifakara Health Institute), Roberta Spaccapelo(University of Perugia), Joerg T. Albert(The Francis Crick Institute)
Science Advances
January 12, 2022
Cited by 73Open Access
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Abstract

circadian clock not only ensures a tight synchrony of male and female activity but also helps sharpen the males’ acoustic detection system: By raising their flight tones to 1.5 times the female flight tone, males enhance the audibility of females, specifically at swarm time. Previously reported “harmonic convergence” events are only a random by-product of the mosquitoes’ flight tone variance and not a signature of acoustic interaction between males and females. The flight tones of individual mosquitoes occupy narrow, partly non-overlapping frequency ranges, suggesting that the audibility of individual females varies across males.


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