The Science of The Total Environment,
Journal Year:
2021,
Volume and Issue:
803, P. 149875 - 149875
Published: Aug. 28, 2021
Invasive
alien
fishes
have
had
pernicious
ecological
and
economic
impacts
on
both
aquatic
ecosystems
human
societies.
However,
a
comprehensive
collective
assessment
of
their
monetary
costs
is
still
lacking.
In
this
study,
we
collected
reviewed
reported
data
the
invasive
using
InvaCost,
most
global
database
invasion
costs.
We
analysed
how
total
(i.e.
observed
potential/predicted)
empirically
incurred
only)
fish
invasions
are
distributed
geographically
temporally
assessed
which
socioeconomic
sectors
affected.
Fish
potentially
caused
loss
at
least
US$37.08
billion
(US2017
value)
globally,
from
just
27
species.
North
America
highest
(>85%
loss),
followed
by
Europe,
Oceania
Asia,
with
no
yet
Africa
or
South
America.
Only
6.6%
were
marine
fish.
The
that
amounted
to
US$2.28
(6.1%
costs),
indicating
damage
often
extrapolated
and/or
difficult
quantify.
Most
related
resource
losses
(89%).
Observed
mainly
affected
public
social
welfare
(63%),
remainder
borne
fisheries,
authorities
stakeholders
through
management
actions,
environmental,
mixed
sectors.
Total
increased
significantly
over
time,
Biological Invasions,
Journal Year:
2022,
Volume and Issue:
24(7), P. 2041 - 2060
Published: April 25, 2022
Abstract
Invasive
ants
are
amongst
the
most
destructive
and
widespread
invaders
across
globe;
they
can
strongly
alter
invaded
ecosystems
responsible
for
loss
of
native
ant
species.
Several
studies
have
reported
that
invasive
also
lead
to
substantial
economic
costs.
In
this
study,
we
search,
describe
analyse
1342
costs
compiled
in
InvaCost
database.
Economic
costs,
since
1930
12
species
27
countries,
totalled
US$
51.93
billion,
from
which
10.95
billion
were
incurred,
40.98
potential
(i.e.,
expected
or
predicted
costs).
More
than
80%
total
associated
with
only
two
species,
Solenopsis
invicta
Wasmannia
auropunctata
;
USA
Australia.
Overall,
damage
amounted
92%
cost,
mainly
impacting
agriculture,
public
social
welfare
sectors.
Management
primarily
post-invasion
management
(US$
1.79
billion),
much
lower
amounts
dedicated
prevention
235.63
million).
Besides
taxonomic
bias,
cost
information
was
lacking
an
average
78%
countries.
Moreover,
even
countries
where
reported,
such
available
56%
locations.
Our
synthesis
suggests
global
massive
but
largely
biased
towards
developed
economies,
a
huge
proportion
underreported
thus
likely
grossly
underestimated.
We
advocate
more
improved
reporting
through
better
collaborations
between
managers,
practitioners
researchers,
crucial
basis
adequately
informing
future
budgets
improving
proactive
actions
ants.
Perspectives in Ecology and Conservation,
Journal Year:
2023,
Volume and Issue:
21(2), P. 143 - 150
Published: March 29, 2023
Natural
hazards
—
such
as
storms,
floods,
and
wildfires
can
be
disastrous
phenomena
so
biological
invasions,
for
which
impacts
are
often
irrevocable
insidious.
Yet,
invasion
awareness
remains
low
compared
to
natural
hazards,
investments
manage
invasions
remain
vastly
underfunded
delayed.
Here,
we
quantified
costs
relative
raise
political
leverage.
Analysing
damage
cost
data
over
1980–2019,
economic
losses
from
were
of
similar
magnitude
(e.g.,
$1,208.0
bn
against
$1,913.6
storms
$1,139.4
earthquakes).
Alarmingly,
increased
faster
than
time.
Similar
impact
magnitudes
growth
rates
urge
commensurate
recognition,
coordination
action
towards
in
policies.
Biological reviews/Biological reviews of the Cambridge Philosophical Society,
Journal Year:
2024,
Volume and Issue:
99(4), P. 1357 - 1390
Published: March 18, 2024
ABSTRACT
Standardised
terminology
in
science
is
important
for
clarity
of
interpretation
and
communication.
In
invasion
–
a
dynamic
rapidly
evolving
discipline
the
proliferation
technical
has
lacked
standardised
framework
its
development.
The
result
convoluted
inconsistent
usage
terminology,
with
various
discrepancies
descriptions
damage
interventions.
A
therefore
needed
clear,
universally
applicable,
consistent
to
promote
more
effective
communication
across
researchers,
stakeholders,
policymakers.
Inconsistencies
stem
from
exponential
increase
scientific
publications
on
patterns
processes
biological
invasions
authored
by
experts
disciplines
countries
since
1990s,
as
well
legislators
policymakers
focusing
practical
applications,
regulations,
management
resources.
Aligning
standardising
stakeholders
remains
challenge
science.
Here,
we
review
evaluate
multiple
terms
used
(e.g.
‘non‐native’,
‘alien’,
‘invasive’
or
‘invader’,
‘exotic’,
‘non‐indigenous’,
‘naturalised’,
‘pest’)
propose
simplified
terminology.
streamlined
translate
into
28
other
languages
based
(
i
)
denoting
species
transported
beyond
their
natural
biogeographic
range,
ii
‘established
non‐native’,
i.e.
those
non‐native
that
have
established
self‐sustaining
populations
new
location(s)
wild,
iii
‘invasive
non‐native’
recently
spread
are
spreading
invaded
range
actively
passively
without
human
mediation.
We
also
highlight
importance
conceptualising
‘spread’
classifying
invasiveness
‘impact’
management.
Finally,
protocol
dispersal
mechanism,
origin,
population
status,
iv
impact.
Collectively
introducing
present
aims
facilitate
collaboration
species.
Nature,
Journal Year:
2023,
Volume and Issue:
621(7980), P. 773 - 781
Published: Aug. 23, 2023
Determining
the
drivers
of
non-native
plant
invasions
is
critical
for
managing
native
ecosystems
and
limiting
spread
invasive
species1,2.
Tree
in
particular
have
been
relatively
overlooked,
even
though
they
potential
to
transform
economies3,4.
Here,
leveraging
global
tree
databases5-7,
we
explore
how
phylogenetic
functional
diversity
communities,
human
pressure
environment
influence
establishment
species
subsequent
invasion
severity.
We
find
that
anthropogenic
factors
are
key
predicting
whether
a
location
invaded,
but
severity
underpinned
by
diversity,
with
higher
lower
Temperature
precipitation
emerge
as
strong
predictors
strategy,
invading
successfully
when
similar
community
cold
or
dry
extremes.
Yet,
despite
these
ecological
forces
determining
evidence
patterns
can
be
obscured
activity,
signal
areas
proximity
shipping
ports.
Our
perspective
highlights
presence,
role
invasions.
Forensic Science International Animals and Environments,
Journal Year:
2023,
Volume and Issue:
3, P. 100064 - 100064
Published: Feb. 16, 2023
Illegal
Wildlife
Trade
(IWT)
is
among
the
most
lucrative
illegal
industries
in
world.
Its
consequences
go
far
beyond
direct
effects
on
species
trade.
In
this
review,
we
outline
basics
of
IWT
and
discuss
its
cascading
environments,
human
lives
communities,
national
stability,
economy.
addition,
structures
used
IWT,
from
subsistence
local
use
to
more
complicated
configurations,
which
can
include
multiple
players.
Furthermore,
while
a
small
fraction
poaching
opportunistic,
international
run
by
organised
crime
groups.
We
how
be
associated
with
many
different
crimes
like
drug
trafficking,
corruption,
or
whitewashing.
Additionally,
studies
have
observed
rapidly
increasing
trend
online
trade
endangered
protected
species.
Moreover,
review
gives
short
overview
situation
European
Union
(EU)
regarding
laws
implementation
CITES
highlights
that
EU
acts
as
major
source,
transit
hub,
consumer
IWT.
To
address
highly
dynamic
problem
research,
knowledge
exchange,
funding,
collaborations
all
fields
are
necessary.
Global Change Biology,
Journal Year:
2024,
Volume and Issue:
30(5)
Published: May 1, 2024
Biological
invasions
pose
a
rapidly
expanding
threat
to
the
persistence,
functioning
and
service
provisioning
of
ecosystems
globally,
socio-economic
interests.
The
stages
successful
are
driven
by
same
mechanism
that
underlies
adaptive
changes
across
species
in
general-via
natural
selection
on
intraspecific
variation
traits
influence
survival
reproductive
performance
(i.e.,
fitness).
Surprisingly,
however,
rapid
progress
field
invasion
science
has
resulted
predominance
species-level
approaches
(such
as
deny
lists),
often
irrespective
theory,
local
adaptation
other
population-level
processes
govern
invasions.
To
address
these
issues,
we
analyse
non-native
dynamics
at
population
level
employing
database
European
freshwater
macroinvertebrate
time
series,
investigate
spreading
speed,
abundance
impact
assessments
among
populations.
Our
findings
reveal
substantial
variability
speed
trends
within
between
biogeographic
regions,
indicating
levels
invasiveness
differ
markedly.
Discrepancies
inconsistencies
risk
screenings
real
data
were
also
identified,
highlighting
inherent
challenges
accurately
assessing
effects
through
assessments.
In
recognition
importance
assessments,
urge
shift
invasive
management
frameworks,
which
should
account
for
different
populations
their
environmental
context.
Adopting
an
adaptive,
region-specific
population-focused
approach
is
imperative,
considering
diverse
ecological
contexts
varying
degrees
susceptibility.
Such
could
improve
refine
while
promoting
mechanistic
understandings
risks
impacts,
thereby
enabling
development
more
effective
conservation
strategies.
The Science of The Total Environment,
Journal Year:
2024,
Volume and Issue:
933, P. 173054 - 173054
Published: May 8, 2024
Invasive
Aedes
aegypti
and
albopictus
mosquitoes
transmit
viruses
such
as
dengue,
chikungunya
Zika,
posing
a
huge
public
health
burden
well
having
less
understood
economic
impact.
We
present
comprehensive,
global-scale
synthesis
of
studies
reporting
these
costs,
spanning
166
countries
territories
over
45
years.
The
minimum
cumulative
reported
cost
estimate
expressed
in
2022
US$
was
94.7
billion,
although
this
figure
reflects
considerable
underreporting
underestimation.
analysis
suggests
14-fold
increase
with
an
average
annual
expenditure
3.1
maximum
20.3
billion
2013.
Damage
losses
were
order
magnitude
higher
than
investment
management,
only
modest
portion
allocated
to
prevention.
Effective
control
measures
are
urgently
needed
safeguard
global
well-being,
reduce
the
on
human
societies.
This
study
fills
critical
gap
by
addressing
increasing
costs
Aedes-borne
diseases
offers
insights
inform
evidence-based
policy.
Nature Communications,
Journal Year:
2024,
Volume and Issue:
15(1)
Published: May 27, 2024
Abstract
Biodiversity
often
helps
communities
resist
invasion.
However,
it
is
unclear
whether
this
diversity–invasion
relationship
holds
true
under
environmental
changes.
Here,
we
conduct
a
meta-analysis
of
1010
observations
from
25
grassland
studies
in
which
plant
species
richness
manipulated
together
with
one
or
more
change
factors
to
test
invasibility
(measured
by
biomass
cover
invaders).
We
find
that
biodiversity
increases
resistance
invaders
across
various
conditions.
the
positive
effect
on
invasion
strengthened
experimental
warming,
whereas
weakened
experimentally
imposed
drought.
When
multiple
are
simultaneously,
strengthened.
Overall,
show
invasions
Therefore,
investment
protection
and
restoration
native
not
only
important
for
prevention
current
conditions
but
also
continued
global
change.