Neural and behavioral evolution in an eavesdropper with a rapidly evolving host
Current Biology,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 1, 2025
The
diversification
of
animal
communication
systems
is
driven
by
the
interacting
effects
signalers,
signal
receivers,
and
environment.
Yet,
critical
role
unintended
like
eavesdropping
enemies,
has
been
underappreciated.
Furthermore,
contemporary
evolution
signals
rare,
making
it
difficult
to
directly
observe
this
process.
Ormiine
parasitoid
flies
rely
exclusively
on
acoustic
cues
locate
singing
male
orthopteran
hosts.
In
Hawaii,
selection
imposed
Ormia
ochracea
led
recent
rapid
their
local
host
crickets'
song.
We
use
complementary
lab
field
experiments
understand
how
receiver
psychology
(sensory
cognitive
mechanisms)
evolves
accommodate
a
new
that
host's
signal.
Receiver
our
understanding
host-parasite
coevolution
communication,
as
sensory
system
establishes
limits
behavioral
responses
exert
signals.
demonstrate
neural
auditory
tuning
behavior
O.
have
evolved
in
these
differences
likely
facilitate
detection
novel
songs.
Further,
recently
songs
are
highly
variable
among
males,
prefer
with
particular
spectral
characteristics,
enabling
us
predict
eavesdroppers
may
shape
song
evolution.
To
knowledge,
first
evidence
for
an
eavesdropper.
Our
work
links
systems,
signals,
behavior,
heeding
call
better
integration
mechanisms
receivers
into
communication.
Language: Английский
Quiet but not forgotten: Insights into adaptive evolution and behavior from 20 years of (mostly) silent Hawaiian crickets
Advances in the study of behavior,
Journal Year:
2024,
Volume and Issue:
unknown, P. 51 - 87
Published: Jan. 1, 2024
Language: Английский
Calling Males and Tadpole Tales
Andrew Dorsey Cronin
No information about this author
Published: Sept. 3, 2024
The
aim
of
this
thesis
is
to
understand
the
ecological
and
evolutionary
implications
urbanization
across
multiple
life
stages
in
túngara
frog.
Throughout
thesis,
I
sought
investigate
changes
phenotypes
selection
pressures
response
(Figure
1).
Specifically,
better
relationship
sexual
signals
urban
pressures,
comprehensively
characterize
effects
on
many
species
(Chapter
2).
In
Chapter
3,
look
explicitly
at
direct
two
important
sensory
pollutants
environments,
artificial
light
night
(ALAN)
noise
pollution,
male
breeding
behavior.
exposed
forest
sites,
naïve
conditions,
ALAN,
their
combination.
investigated
patterns
attraction
repulsion,
timing
behavior,
calling
behavior
males
these
various
conditions.
4,
continued
examining
isolated
combined
ALAN
now
quantifying
potential
via
receiver
behaviors.
broadcast
synthesized
playbacks
simulating
quantified
number
approaches
from
mates
(female
frogs),
predators
(fringe-lipped
bats)
under
different
Additionally,
examined
if
conditions
altered
preferences
both
females
bats
a
field
setting.
5,
development
tadpoles,
utilizing
reciprocal
transplant
experiment
between
populations
examine
intraand
intergenerational
early
developmental
stages.
6,
provide
an
overview
synthesis
my
research.
Language: Английский