Frontiers in Ecology and Evolution,
Год журнала:
2023,
Номер
11
Опубликована: Дек. 19, 2023
Anthropogenic
noise
in
marine
and
freshwater
environments
has
increased
dramatically,
with
a
range
of
negative
impacts
detrimental
consequences
on
many
aquatic
animals
across
taxa.
Benthic
organisms,
including
invertebrates,
can
sense
underwater
sounds,
yet
the
responses
they
trigger
these
organisms
have
received
little
attention.
We
conducted
two
laboratory-based
experiments
to
investigate
effect
sound
playback
movement
behavior
feeding
performance
red
cherry
shrimp
Neocaridina
davidi
as
model
decapod.
Movement
speed
decreased
significantly
upon
opening
divider
both
control
treatments.
However,
there
were
no
significant
sound-dependent
changes
overall
between
The
spatial
distribution
response
treatment
showed
changes;
spent
more
time
at
farthest
one-third
position
from
source.
Feeding
latency
(latency
find
food)
also
compared
control.
Moreover,
terms
number
successes
failures
finding
food
source
treatment,
succeeded
revisits
distracted
treatment.
Our
study
highlights
potential
for
human-made
impact
crustacean
activity.
Thus,
are
prone
anthropogenic
noise,
causing
their
movement-swimming
activities,
behavior.
Behavioral
observed,
namely
altered
locomotory
may
wider-reaching
effects,
animal
fitness.
Journal of Marine Science and Engineering,
Год журнала:
2025,
Номер
13(3), С. 390 - 390
Опубликована: Фев. 20, 2025
Mapping
anthropic
activities
in
aquatic
environments
is
crucial
to
support
their
sustainable
management.
Aquatic
traffic
one
of
the
human-related
gaining
relevance
nowadays,
and
remote
sensing
can
description
distribution
vessels,
particularly
small
boats
or
other
vessels
not
tracked
with
tools.
Following
Preferred
Reporting
Items
for
Systematic
Reviews
Meta-Analyses
(PRISMA)
guidelines,
we
performed
a
systematic
review
literature
describe
current
trends,
key
methodologies,
gaps,
special
regard
challenges
monitoring
that
are
equipped
Global
Positioning
System
(GPS)
transponders.
A
total
133
studies
published
between
1992
2024
were
included.
The
research
effort
mainly
dedicated
developing
new
methods
upgrading
existing
ones,
only
few
focusing
on
applications
contest
environmental
and,
among
these,
boats.
To
promote
use
by
scientists,
coastal,
fishery
managers,
explicative
case
delineated,
showing
how
boat
identification
through
satellites
studies.
Moreover,
guideline
section
using
integrate
given
newcomers
this
field.
bioRxiv (Cold Spring Harbor Laboratory),
Год журнала:
2025,
Номер
unknown
Опубликована: Апрель 16, 2025
In
addition
to
the
well-known
extraordinary
changes
in
visual
appearance
they
can
generate
at
level
of
their
mantle,
cuttle-fish
produce
various
body
configurations
combining
chromatic,
postural,
and
locomotion
patterns,
both
for
camouflaging
communication.
We
introduce
a
previously
undescribed
communication
display
two
cuttlefish
species:
Sepia
officinalis
bandensis.
The
four
“arm
wave
signs”
are
stereotyped
arm
movements
consisting
long-lasting,
expressive,
repeated
sequences
undulations
arms,
which
be
combined
expressed
following
specific
patterns.
Using
non-invasive
behavioral
experiments,
we
tested
hypothesis
that
represent
multimodal
displays.
To
assess
role
cues,
recorded
videos
animals
signing
played
them
back
individual
participants.
When
seeing
movies,
waved
display.
Most
importantly,
were
more
likely
when
movie
was
upright
(original)
configuration
as
opposed
flipped
upside-down,
similar
manner
humans
perceive
faces
other
socially
relevant
visually
striking
display,
signs
mechanical
waves
water,
prompting
us
explore
possibility
may
also
perceived
via
mechanoreception.
playback
experiments
those
adopted
vision,
obtained
preliminary
evidence
support
this
hypothesis,
indicating
signals
involving
vision
Our
new
result
on
with
opens
up
novel
possibilities
understanding
vibration-mediated
through
lateral
line
and/or
statocysts
cephalopod
species
an
example
convergent
evolution
vertebrates.
A
working
group
from
the
Global
Library
of
Underwater
Biological
Sounds
effort
collaborated
with
World
Register
Marine
Species
(WoRMS)
to
create
an
inventory
species
confirmed
or
expected
produce
sound
underwater.
We
used
several
existing
inventories
and
additional
literature
searches
compile
a
dataset
categorizing
scientific
knowledge
sonifery
for
33,462
subspecies
across
marine
mammals,
other
tetrapods,
fishes,
invertebrates.
found
729
documented
as
producing
active
and/or
passive
sounds
under
natural
conditions,
another
21,911
deemed
likely
based
on
evaluated
taxonomic
relationships.
The
is
available
both
figshare
WoRMS
where
it
can
be
regularly
updated
new
information
becomes
available.
data
also
integrated
databases
(e.g.,
SeaLifeBase,
Biodiversity
Information
Facility)
advance
future
research
distribution,
evolution,
ecology,
management,
conservation
underwater
soniferous
worldwide.
Fish and Fisheries,
Год журнала:
2023,
Номер
25(1), С. 134 - 150
Опубликована: Окт. 25, 2023
Abstract
Decapod
crustacean
welfare
is
not
only
an
ethical
consideration
for
legislative
purposes.
Under
culture
and
fishery
settings,
poor
environmental
conditions
operator
practices
can
cause
stress,
which
compromises
the
immune
system
increases
risk
of
disease.
For
finfish,
there
are
established
animal
(group,
individual)
indicators.
This
case
crabs,
lobsters
or
shrimp.
While
environment‐based
indicators
like
temperature,
pH
oxygen
levels
easily
transferable,
no
consensus
a
common
measure
stress
to
monitor
in
decapod
crustaceans.
To
address
this
shortcoming,
we
conducted
meta‐analysis
primary
literature
test
relationships
between
haemolymph
(blood)
condition,
example,
glucose,
L
‐lactate,
haemocytes
(
n
=
8),
sources
physical
handling,
trawling,
emersion
transport
12).
Despite
variations
effect
sizes
459),
generalised
linear
mixed
models
repeatedly
ranked
‐lactate
(followed
by
urea
glucose)
as
most
significant
physiological
predictor
haemolymph,
with
trawling
followed
closely
impactful
stressors.
Duration
post
(stress)
exposure,
sex
(male,
female),
water
temperature
moult
stage
(pre‐,
inter‐,
post‐moult)
were
associated
significantly
prediction
using
selected
biochemical
cellular
parameters,
however,
status
was
undefined
~48%
should
be
interpreted
caution.
We
present
evidence
that
quantitating
represents
physiologic
operational
indicator
crustaceans,
complements
existing
condition/vigour
indices.
Frontiers in Marine Science,
Год журнала:
2023,
Номер
10
Опубликована: Март 16, 2023
Introduction
Noise
pollution
is
a
major
stressor
in
the
marine
environment;
however,
responses
of
economically
and
ecologically
important
invertebrates,
such
as
oysters,
are
largely
unknown.
Methods
Under
laboratory
conditions,
we
measured
acute
behavioral
physiological
eastern
oysters
(
Crassostrea
virginica)
to
sound
treatments
mimicking
human
activity
environment.
Results
Oysters
immediately
reduced
their
valve
gape
under
simulated
pile
driving
sound,
but
not
drilling
or
boating
sound.
Pile-driving
also
adductor
muscle
glycogen,
triglyceride.
None
affected
longer-term
(12
hours)
levels
after
administration
sounds.
Interestingly,
neither
nor
gaping
were
correlated
with
glycogen
content
on
individual
level,
suggesting
that
observed
mechanistically
driven
by
energetic
physiology.
Discussion
Our
results
suggest
C.
virginica
responds
some,
all,
anthropogenic
Future
studies
assessing
downstream
effects
growth,
reproduction,
survival
wild
needed
better
understand
sounds
oyster
populations
biological
communities
they
support.
Marine Ecology Progress Series,
Год журнала:
2024,
Номер
730, С. 15 - 30
Опубликована: Янв. 8, 2024
Airguns
used
in
seismic
surveys
release
high-pressure
air,
generating
sound
waves
that
may
have
adverse
effects
on
marine
life.
However,
knowledge
of
how
exposure
impacts
zooplankton
is
limited.
One
key
characteristic
signals
could
potentially
cause
damage
a
rapid
pressure
drop.
In
this
study,
the
drop
(~2
bar)
was
re-created
laboratory
using
tube.
To
determine
range
at
which
occurs,
field
around
airgun
array
modeled.
The
mortality
and
swimming
behavior
were
tested
2
common
copepods,
Acartia
sp.
Calanus
sp.,
both
immediately
5
h
after
treatment.
Pressure-exposed
showed
higher
rates
(0
h:
5.6%;
10%)
compared
to
controls,
while
only
increased
(3.3%).
speed
pressure-exposed
0.49
mm
s
-1
;
0.52
)
lower
than
control
treatment,
whereas
(2.64
differed
This
study
demonstrates
can
negatively
affect
close
range.
results
also
show
more
sensitive
suggesting
potential
species-specific
from
exposure.
Identifying
characteristics
be
harmful
allows
for
accurate
assessment
most
affected
species
occur.
The Science of The Total Environment,
Год журнала:
2024,
Номер
928, С. 172489 - 172489
Опубликована: Апрель 14, 2024
There
is
a
growing
interest
in
the
impact
of
acoustic
pollution
on
aquatic
ecosystems.
Currently,
research
has
primarily
focused
hearing
species,
particularly
fishes
and
mammals.
However,
species
from
lower
trophic
levels,
including
many
invertebrates,
are
less
studied
despite
their
ecological
significance.
Among
these
taxa,
studies
examining
effects
sound
holozooplankton
extremely
rare.
This
literature
review
examines
both
marine
freshwater
zooplankton.
It
highlights
two
differences:
few
used
organisms
types
source.
Marine
focus
very
intense
acute
copepods,
while
chronic
cladocerans.
But,
both,
various
negative
reported.
The
remain
largely
unknown,
although
previous
have
shown
that
zooplankton
can
detect
vibrations
using
mechanoreceptors.
perception
environment
be
affected
by
sounds,
potentially
causing
stress.
Limited
suggests
may
affect
physiology,
behaviour,
fitness
Following
this
review,
I
highlight
potential
to
use
methods
ecology,
ecotoxicology,
parasitology
study
at
individual
level,
changes
development,
survival,
behaviour.
Responses
sound,
which
could
alter
interactions
population
dynamics,
expected
larger-scale
implications
with
bottom-up
effects,
such
as
food
web
dynamics
ecosystem
functioning.
To
improve
effect
better
biological
models
bioindicators,
researchers
need
understand
how
they
perceive
environment.
Consequently,
an
important
challenge
measurement
particle
motion
establish
useable
dose-response
relationships
soundscapes.
Proceedings of the Royal Society B Biological Sciences,
Год журнала:
2024,
Номер
291(2027)
Опубликована: Июль 23, 2024
Anthropogenic
noise
is
rising
and
may
interfere
with
natural
acoustic
cues
used
by
organisms
to
recruit.
Newly
developed
technology
provides
enriched
settlement
boost
recruitment
of
target
navigating
restoration
sites,
but
can
it
in
noise-polluted
sites?
To
address
this
dilemma,
we
coupled
replicated
aquarium
experiments
field
experiments.
Under
controlled
laboratory
conditions,
enrichment
boosted
2.57
times
the
absence
anthropogenic
noise,
yielded
comparable
its
presence
(i.e.
no
boosting
effect).
Using
same
technique,
then
tested
replicability
these
responses
real-world
settings
where
independently
‘sites’
are
unfeasible
owing
inherent
differences
soundscapes.
Again,
increased
was
low
(by
3.33
times),
had
effect
at
a
site
pollution.
Together,
laboratory-to-field
outcomes
indicate
that
mask
signal
enrichment.
While
pollution
reduce
effectiveness
enrichment,
some
our
reported
observations
suggest
per
se
might
also
provide
an
attractive
cue
for
oyster
larvae
These
findings
underscore
complexity
larval
behavioural
stimuli
during
processes.
Frontiers in Communication,
Год журнала:
2025,
Номер
10
Опубликована: Фев. 6, 2025
Anthropogenic
underwater
noise
can
seriously
affect
the
marine
environment
and
species.
Although
great
progress
has
been
made
both
from
a
normative
scientific
point
of
view,
public
perception
this
hazard
is
very
limited.
The
Noixe
project
addresses
precisely
gap
aims
to
raise
collective
awareness
problem
role
each
us
play
in
reducing
impact
on
environment.
This
paper
describes
what
we
have
developed
knowledge
issue
through
playful
activities
serious
games
live
situations
online.
events
are
divided
into
two
sections:
First,
all
concepts
needed
understand
anthropogenic
explained
using
experiences
that
anyone
their
lives.
For
example,
it
possible
explain
how
make
message
contained
an
acoustic
signal
unrecognizable,
staging
case
teacher
explaining
something
noisy
class.
second
moment
event
game.
Here,
quiz-like
environment,
teams
compete
against
other
guess
set
sounds
initially
masked
by
noise.
system
makes
gradually
reduce
volume
increase
sound
until
becomes
intelligible.
team
identifies
more
wins.
online
version
built
similar
workflow
but
cannot
offer
features
events.
In
particular,
difficult
recreate
such
as
due
connectivity
issues.
why
opted
for
single
user
mode.
We
found
our
approach
effective
raising
topic
settings.
demonstrated
fact
practically
participants
decided
join
citizen
science
monitoring
later
offered
them.
present
technical
details
so
replicate
improve
work.
Environmental Science & Technology,
Год журнала:
2025,
Номер
unknown
Опубликована: Май 11, 2025
Although
there
is
an
increasing
interest
in
the
effects
of
anthropogenic
noise
on
underwater
wildlife,
most
studies
focus
marine
mammals
and
fish,
while
many
other
taxa
substantial
ecological
importance
are
still
overlooked.
This
case
for
zooplankton
species,
which
ensure
coupling
between
primary
producers
fishes
pelagic
food
webs.
Here,
we
measured
lifespan,
reproduction,
mobility
laboratory-raised
water
fleas
Daphnia
magna,
a
widespread
freshwater
response
to
continuous
broadband
noise.
Surprisingly,
found
significant
increase
survival
fecundity,
leading
higher
individual
fitness
when
considering
total
offspring
production
slight
population
growth
rate
according
Euler-Lotka
equation.
Exposed
were
be
slower
than
control
individuals,
discussed
potential
links
fitness.
Our
results
can
have
implications
aquaculture
in-lab
(e.g.,
ecotoxicology)
where
acoustic
environment
receives
little
attention.
Chronic
associated
with
certain
human
activities,
but
consequences
natural
populations
might
differ
as
reduced
velocity
could
negative
outcomes
competition
predation.
work
one
few
showing
effect
suggests
that
should
better
accounted
laboratory
studies.