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Plants can respond to music and single tones with altered growth or germination, but the ecological significance of this response has been unknown. We have shown that plants respond to the vibrations caused by herbivore feeding with an increased production of two kinds of chemical defenses upon subsequent attack. Neither wind nor an insect song elicited this response. This priming of chemical defense by feeding vibrations – in the absence of an actual caterpillar – indicates that vibration signaling can be a rapid and selective method of systemic signaling in plants. To read more about this work, please see the Oecologia article and media coverage.

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We are currently working to identify components of the vibrational signal contributing to the induced response, the role of plant mechanoreceptors in the process, and the importance of feeding vibrations in other plant-insect systems.

People involved in this research topic

Heidi M. Appel
Dhruveesh Dave
William Neer
Alexis Kollasch
Abdul-Rahman Abdul-Kafi
Tessa Foti
Adeline Morris
Casey Ladlie

Collaborators
Rex Cocroft, University of Missouri

Arabavibe team 2015
Arabivibe team, Summer 2015:
Clayton Coffman, Heidi Appel, Alexis Kollasch, Will Neer, Casey Ladlie, Jacob Combs, Nicole Odom
(Not on the picture: Dhruveesh Dave, Rex Cocroft, Laura Rottman, Kelly Hougland)

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