Skip to main content
Search
Toggle navigation
About
E.S. George Reserve (ESGR)
Matthaei Botanical Gardens and Nichols Arboretum (MBGNA)
School for Environment and Sustainability (SEAS)
University of Michigan Biological Station (UMBS)
Research Projects
Data
Data sets
Data Management
Data Stories
Sample Archives
Groups
Research Bibliography
UMBS Zotero Bibliography
All Mfield Sites Research Bibliography
Field sites
ESGR
MBGNA
SEAS
UMBS
Topics
Atmospheric
Animal Population
Climate
Field Station Impact
Nature Perception
Aquatic
Fauna
Organismal
Plant Population
Spatial Data
Terrestrial
Vegetation
User Guide
My Account
Home
Home
Acoustic orientation of a parasitoid fly
Primary tabs
View published
(active tab)
University of Michigan Biological Station
The
University of Michigan Biological Station
(UMBS) was founded in 1909.
Social
Twitter
LinkedIn
Reddit
Google+
Facebook
Acoustic orientation of a parasitoid fly
Project Abstract:
Okanagana rimosa is a common cicada of wooded habitats in Northern Michigan including areas close to the Biological Station. Males of the cicada O. rimosa produce calling sounds to attract female cicadas for reproduction. This signal is uniquely overheard by the parasitoid fly Emblemasoma auditrix. The female fly locates the cicada by the signal and infests the male with a larva. The larva feeds inside the cicada and eventually kills it. The research project focuses on the sensory ecology of both species in respect their auditory orientation capabilities. Besides the biological interaction of both species, the acoustic orientation capabilities are of high interest. The fly, as well as the female cicada, have to be able to locate the male cicada in a three-dimensional space. Almost nothing is known about possible mechanisms for this acoustic orientation. Therefore field experiments should give a first indication about the process. Field experiments are uniquely possible in the habitats near the Biological Station. The field experiments are accompanied by phonotaxis tests in the laboratory.
Methods:
Behavioural tests; recording of acoustic signals; sampling of species