Animals,
Journal Year:
2025,
Volume and Issue:
15(4), P. 461 - 461
Published: Feb. 7, 2025
Non-native
fish
species
introduced
into
new
areas,
especially
when
they
develop
large
populations,
pose
a
threat
to
native
fauna.
Understanding
the
current
status
of
community
and
invasion
risks
non-native
are
essential
for
invasive
control
diversity
conservation.
The
structure
risk
assessment
on
10
were
systematically
assessed
in
Jiulong
River
Basin,
China,
January,
April,
July
2024.
richness,
with
105
species,
showed
notable
decrease
compared
124
recorded
1975,
while
number
has
increased
from
zero
ten.
Furthermore,
Coptodon
zillii
Sarotherodon
galilaeus,
have
become
dominant
IRI
values
4038.43
1180.30,
respectively.
AS-ISK
established
thresholds
BRA
+
CCA
as
29.5
35.5,
respectively,
identifying
70%
high-risk
including
C.
zillii,
S.
Oreochromis
niloticus,
Clarias
batrachus,
Hypostomus
plecostomus,
aureus.
This
study
indicates
that
richness
Basin
declined,
galilaeus
becoming
posing
high
ecological
community.
In
addition,
targeted
fishing
during
breeding
season
should
be
used
population
tilapia
restore
diversity.
Management of Biological Invasions,
Journal Year:
2024,
Volume and Issue:
15(1), P. 73 - 90
Published: Jan. 1, 2024
Invasive
non-native
freshwater
fishes
have
long
been
recognized
as
a
threat
to
biodiversity
conservation
and
management.Non-native
with
high
risk
of
becoming
invasive
can
be
identified
using
screening
tools.Here,
we
used
the
Aquatic
Species
Invasiveness
Screening
Kit
(AS-ISK)
identify
invasion
in
Yunnan
Province,
China.AS-ISK
scores
were
calibrated
distinguish
between
species
low-to-medium
risks
invasiveness.Risk
threshold
was
17.25
for
BRA
(Basic
Risk
Assessment)
BRA+CCA
(BRA+
Climate
Change
Province.Based
on
scores,
21
37
screened
classified
risk,
13
medium
3
low
risk.Based
22
12
risk.For
both
BRA+CCA,
highest-scoring
Hypostomus
plecostomus,
Oreochromis
aureus,
mossambicus
niloticus.This
study
reliably
assessed
fish
Province
priority
prevention
control,
providing
information
targeted
monitoring
management
decisions
region.
Marine Pollution Bulletin,
Journal Year:
2024,
Volume and Issue:
204, P. 116506 - 116506
Published: May 25, 2024
Human-induced
pressures
have
led
to
substantial
changes
in
marine
ecosystems
worldwide,
with
the
introduction
of
non-indigenous
species
(NIS)
emerging
as
a
significant
threat
ecological,
economic,
and
social
aspects.
The
Macaronesian
islands,
comprising
Azores,
Madeira,
Canary
Islands,
Cabo
Verde
archipelagos,
are
regions
where
regional
economy
is
dependent
on
resources
(e.g.,
traffic,
ecotourism
fisheries).
Despite
their
importance,
concerted
efforts
manage
biological
invasions
Macaronesia
been
scarce.
In
this
context,
current
study
aims
contribute
much-needed
debate
biosecurity
measures
unique
insular
ecosystem
prevent
mitigate
impact
NIS.
By
adhering
Preferred
Reporting
Items
for
Systematic
Reviews
Meta-Analyses
(PRISMA)
criteria,
work
validated
analyzed
260
documents
providing
insights
into
management
NIS
until
2022.
These
revealed
presence
29
Invasive
Alien
Species
(IAS),
most
which
misconceptions
regarding
terminology.
Most
studies
focused
stages
early
detection,
rapid
response,
eradication
across
archipelagos.
had
comparatively
fewer
studies.
common
techniques
include
monitoring/sampling,
literature
reviews,
taxonomic
reviews.
pathways
were
mainly
attributed
transport
(stowaway)
unaided
migration,
ship
fouling,
ballast
water,
rafting,
ocean
currents,
tropicalization
being
also
identified
contributors.
This
systematic
review
highlights
establish
robust
protocols
emphasizes
urgent
need
safeguard
region's
well-being.
NeoBiota,
Journal Year:
2025,
Volume and Issue:
97, P. 91 - 119
Published: Feb. 3, 2025
Climate
warming
can
modify
the
process
of
biological
invasions
by
affecting
outcomes
competition
between
alien
species
and
their
native
counterparts
in
invaded
environments.
Inland
freshwaters
are
particularly
vulnerable
to
intensification
such
phenomena
due
accumulation
invaders,
including
thermophilic
that
may
benefit
from
warming.
We
intended
check
whether
an
elevated
summer
temperature
(25
vs.
17
°C)
affects
abilities
Ponto-Caspian
gobies
compete
for
food.
These
fish
considered
temperature-tolerant,
highly
invasive
freshwater
Europe.
In
laboratory
experiments,
we
tested
single-
two-species
pairs
juvenile
specimens
two
goby
same
ecological
guild
(the
racer
Babka
gymnotrachelus
versus
European
bullhead
Cottus
gobio
,
monkey
Neogobius
fluviatilis
gudgeon
Gobio
).
The
competed
food
(live
chironomidae
larvae
provided
at
rates
below
satiation)
1
hour
night.
analysed
behaviours
associated
with
direct
interactions
(aggression
acts)
foraging
activity
(time
enter
feeder
time
spent
feeder).
found
although
did
not
show
higher
aggression
than
natives,
they
more
actively
accessed
compared
latter,
irrespective
temperature.
Our
results
suggest
that,
wild,
have
a
competitive
advantage
over
ones
better
resource
allocation
(gaining
without
incurring
costs
aggression)
will
maintain
this
as
water
continues.
Animals,
Journal Year:
2025,
Volume and Issue:
15(4), P. 461 - 461
Published: Feb. 7, 2025
Non-native
fish
species
introduced
into
new
areas,
especially
when
they
develop
large
populations,
pose
a
threat
to
native
fauna.
Understanding
the
current
status
of
community
and
invasion
risks
non-native
are
essential
for
invasive
control
diversity
conservation.
The
structure
risk
assessment
on
10
were
systematically
assessed
in
Jiulong
River
Basin,
China,
January,
April,
July
2024.
richness,
with
105
species,
showed
notable
decrease
compared
124
recorded
1975,
while
number
has
increased
from
zero
ten.
Furthermore,
Coptodon
zillii
Sarotherodon
galilaeus,
have
become
dominant
IRI
values
4038.43
1180.30,
respectively.
AS-ISK
established
thresholds
BRA
+
CCA
as
29.5
35.5,
respectively,
identifying
70%
high-risk
including
C.
zillii,
S.
Oreochromis
niloticus,
Clarias
batrachus,
Hypostomus
plecostomus,
aureus.
This
study
indicates
that
richness
Basin
declined,
galilaeus
becoming
posing
high
ecological
community.
In
addition,
targeted
fishing
during
breeding
season
should
be
used
population
tilapia
restore
diversity.
