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This is Scientific American's 60-second science. I'm Christopher in Taliatta. Got a minute?

Ten years ago, a bacterial disease began to eat away at the Florida citrus crop. It's called

Huang Longbing, or citrus greening, and it causes misshapen bitter green fruits, and eventually

dead trees. Since 2005, the infections estimated to have caused billions of dollars in damage.

And the microbe did all that damage with the unwitting help of a tiny winged insect,

the citrus cillid, which spreads the bacterium as it feeds.

But now researchers at the USDA and the University of Florida have come up with a pesticide-free way to battle the insect,

by disrupting its ability to find a mate.

When male sillids are looking for love, they beat their wings, sending vibrations along a tree's branches.

Nearby females pick up that signal and send back one of their own,

which tells males to come hither.

The researchers eavesdropped on that duet with a microphone, rigged to an electronic microcontroller,

and when the controller identified a male's call, it sent out a decoy female response,

more quickly than real females could respond.

And that imposter's call actually lured males to the device, where instead

of a mate, they found flypaper. The researchers presented the results at a meeting of the

Acoustical Society of America in Jacksonville, Florida. The technique isn't ready for the limelight

...