Royal Society Open Science,
Journal Year:
2023,
Volume and Issue:
10(8)
Published: Aug. 1, 2023
Endangered
species
have
small,
unsustainable
population
sizes
that
are
geographically
or
genetically
restricted.
Ex-situ
conservation
programmes
therefore
faced
with
the
challenge
of
breeding
sufficiently
sized,
diverse
populations
earmarked
for
reintroduction
behavioural
skills
to
survive
and
breed
in
wild.
Yet,
maintaining
historically
beneficial
behaviours
may
be
insufficient,
as
research
continues
suggest
certain
cognitive-behavioural
flexibility
necessary
cope
human-induced
rapid
environmental
change
(HIREC).
This
paper
begins
by
reviewing
interdisciplinary
studies
on
‘captivity
effect’
laboratory,
farmed,
domesticated
feral
vertebrates
finds
captivity
imposes
yet
often
reversible
changes
brain,
cognition
behaviour.
However,
this
effect
ex-situ
sites
is
lacking.
reveals
an
apparent
mismatch
between
enrichment
aims
possessed
animals
currently
coping
HIREC.
After
synthesizing
literature
across
neuroscience,
biology,
comparative
field
conservation,
it
seems
endangered
deemed
better
chances
HIREC
if
their
natural
repertoires
actively
preserved.
Evaluating
effects
challenges
rather
than
per
se
recommended,
addition
using
targeted
cognitive
enrichment.
Biological Invasions,
Journal Year:
2023,
Volume and Issue:
25(5), P. 1291 - 1316
Published: Jan. 24, 2023
Abstract
Few
invasive
birds
are
as
globally
successful
the
Common
or
European
Starling
(
Sturnus
vulgaris
).
Native
to
Palearctic,
starling
has
been
intentionally
introduced
North
and
South
America,
Africa,
Australia,
Pacific
Islands,
enabling
us
explore
species
traits
that
may
contribute
its
invasion
success.
Coupling
rich
studies
of
life
history
more
recent
explorations
genomic
variation
among
invasions,
we
illustrate
how
eco-evolutionary
dynamics
shape
success
this
long-studied
widely
distributed
species.
Especially
informative
is
comparison
between
Australian
American
because
these
populations
colonized
novel
ranges
concurrently
exhibit
shared
signals
selection
despite
distinct
population
histories.
In
review,
describe
across
native
ranges,
identify
putatively
selected
influence
starling’s
spread,
suggest
possible
determinants
world-wide.
We
also
future
opportunities
utilize
a
model
for
avian
research,
which
will
inform
our
understanding
species’
rapid
evolution
in
response
environmental
change.
Landscape and Urban Planning,
Journal Year:
2024,
Volume and Issue:
251, P. 105169 - 105169
Published: July 18, 2024
Protecting
and
enhancing
biodiversity
in
urban
areas
is
critical
for
meeting
international
conservation
commitments,
has
a
vital
role
to
play
the
health
wellbeing
of
city
residents.
Yet,
urbanisation
can
have
devastating
impacts
on
biodiversity,
with
development
typically
delivering
landscapes
which
habitat
remains
only
as
small,
fragmented
patches,
surrounded
by
an
inhospitable
matrix.
As
cities
begin
plan
alongside
other
land
use
considerations,
planners
leverage
ecological
knowledge
planning
concepts
aid
decision
making
deliver
benefits
nature
people.
Here
we
demonstrate
how
targeted
green
infrastructure
placement
potentially
increase
delivery
landscape
level
improving
connectivity
native
species.
We
measure
change
when
parking
spaces
are
converted
small
across
City
Melbourne,
Australia.
test
three
reallocation
scenarios
varying
levels
space
conversion
spatial
prioritisation
connectivity.
While
scenario
that
maximised
number
performed
best,
show
greening
delivered
strongest
outcomes
per
unit
area
converted.
Improvements
were
two
times
higher
effort
was
towards
locations
identified
important
barriers
landscape-level
movement.
Our
research
emphasises
advantage
strategically
investment
support
biodiversity.
Biological reviews/Biological reviews of the Cambridge Philosophical Society,
Journal Year:
2022,
Volume and Issue:
98(1), P. 222 - 242
Published: Sept. 29, 2022
ABSTRACT
Eavesdropping
predators,
parasites
and
parasitoids
exploit
signals
emitted
by
their
prey
hosts
for
detection,
assessment,
localization
attack,
in
the
process
impose
strong
selective
pressures
on
communication
systems
of
organisms
they
exploit.
Signallers
have
evolved
numerous
anti‐eavesdropper
strategies
to
mitigate
trade‐off
between
costs
imposed
from
signal
exploitation
need
conspecific
communication.
Eavesdropper
fall
along
a
continuum
opportunistic
highly
specialized,
tightness
eavesdropper–signaller
relationship
results
differential
systems.
A
wide
variety
eavesdropper
Antagonistic
selection
eavesdroppers
can
result
diverse
outcomes
including
modulation
signalling
displays,
structure,
evolutionary
loss
or
gain
population.
These
often
reduced
conspicuousness
decreased
ornamentation.
enemies,
however,
also
promote
While
less
common,
this
alternative
outcome
offers
unique
opportunity
dissect
factors
that
may
lead
different
pathways.
In
addition,
contrary
traditional
assumptions,
no
sensory
modality
is
completely
‘safe’
as
are
ubiquitous
broad
array
filters
allow
exploitation.
We
discuss
how
anthropogenic
change
affects
interactions
eavesdropping
enemies
victims
it
rapidly
modifies
environments
community
composition.
Drawing
research
range
taxa
modalities,
we
synthesize
current
knowledge
strategies,
challenges
field
highlight
fruitful
new
directions
future
research.
Ultimately,
review
conceptual
framework
understand
used
signallers
communicate
under
pressure
enemies.