About Shira D. Gordon

United States Department of Agriculture-ARS

Researcher
USDA-ARS

Parlier, California

Select Skills

Science communication  •  Leadership  •  Creativity  •  Interdisciplinary work
Acoustic analysis (Adobe Audition, Avisoft, Raven, Polytec)  •  Laser vibrometry
Microscopy  •  Dissection  •  Insect neurophysiology  •  Tissue processing  •  Field collection
Data analysis (SPSS, JMP)  •  Design hypothesis driven research  •  Literature synthesis
Adobe Audion  •  PowerPoint  •  Excel •  Word

Colony maintenance:  caterpillar/moth, cricket, grasshopper, leaf hopper, parasitoid wasps, wolf spider

 

United States Department of Agriculture–ARS Crop Diseases, Pests and Genetics Research

At the USDA my research focuses on the glassy-winged sharpshooter (GWSS), Homalodisca vitripennis.  This pest is an important vector of Xylella fastidiosa, a plant pathogenic bacterium that can kill grapevines.  Since GWSS mate selection behaviors rely on vibrational communication, what if signals can be interfered with to prevent communication? If animals fail to locate, recognize, or accept a potential mate they may move away or ultimately reduce population densities due to lack of fertilization.  I explore how they communicate with each other and use playback of calls and white noise to disrupt their behaviors.

 

Dartmouth College, Department of Biological Sciences

My research at Dartmouth College focused on moth hearing responses to bat calls using neurobiology and behavior, with Hannah ter Hofstede.  The noctuid moth ear is one of the most simple ears with only two auditory receptor neurons per ear.  However, the moth has complex behaviors and responds to bat calls that are distant (low sound levels) by turning away and closer (louder sound levels) with erratic flight behavior.

 

University of Strathclyde, Department of Electronic and Electrical Engineering, Center for Ultrasonic Engineering

My first postdoctoral fellowship was with James Windmill where we studied bioacoustics.  I primarily focused on locust hearing looking at the movement of their ear drum with sound and their neurophysiological responses.  I considered several environmental factors that may affect hearing:  phase (gregarious or solitarious), age, temperature.  In addition, I researched cicada hearing sensitivity. I also studied how spider silk vibrates with sound.

 

University of Cincinnati, Department of Biological Sciences

My Ph.D. work focused on spider courtship communication with George Uetz.  I studied multimodal communication, but focused on vibration.  My projects centered on how environmental factors like substrate or noise influenced spider communication.

 

University of Georgia, Department of Entomology

During my Masters with Mike Strand, a National Academy of Sciences member, I studied the development of a parasitoid wasp as it went from 2 to 2000 identical embryos.  My focus was understanding how the brood multiplied and if there was cellular communication between the morula.