Global Change Biology,
Journal Year:
2022,
Volume and Issue:
28(15), P. 4620 - 4632
Published: May 15, 2022
Globalization
has
led
to
the
introduction
of
thousands
alien
species
worldwide.
With
growing
impacts
by
invasive
species,
understanding
invasion
process
remains
critical
for
predicting
adverse
effects
and
informing
efficient
management.
Theoretically,
dynamics
have
been
assumed
follow
an
"invasion
curve"
(S-shaped
curve
available
area
invaded
over
time),
but
this
dynamic
lacked
empirical
testing
using
large-scale
data
neglects
consider
invader
abundances.
We
propose
"impact
describing
generated
time
based
on
cumulative
To
test
curve's
applicability,
we
used
data-rich
New
Zealand
mud
snail
Potamopyrgus
antipodarum,
one
most
damaging
freshwater
invaders
that
almost
all
Europe.
Using
long-term
(1979-2020)
abundance
environmental
collected
across
306
European
sites,
observed
P.
antipodarum
generally
increased
through
time,
with
slower
population
growth
at
higher
latitudes
lower
runoff
depth.
Fifty-nine
percent
these
populations
followed
impact
curve,
characterized
first
occurrence,
exponential
growth,
then
saturation.
This
behaviour
is
consistent
boom-bust
dynamics,
as
saturation
occurs
due
a
rapid
decline
in
time.
Across
estimated
peaked
approximately
two
decades
after
detection,
rate
progression
along
was
influenced
local
abiotic
conditions.
The
S-shaped
may
be
common
among
many
undergo
complex
dynamics.
provides
potentially
unifying
approach
advance
could
inform
timely
management
actions
mitigate
ecosystems
economies.
The Science of The Total Environment,
Journal Year:
2021,
Volume and Issue:
775, P. 145238 - 145238
Published: Jan. 20, 2021
Much
research
effort
has
been
invested
in
understanding
ecological
impacts
of
invasive
alien
species
(IAS)
across
ecosystems
and
taxonomic
groups,
but
empirical
studies
about
economic
effects
lack
synthesis.
Using
a
comprehensive
global
database,
we
determine
patterns
trends
costs
aquatic
IAS
by
examining:
(i)
the
distribution
these
taxa,
geographic
regions
cost
types;
(ii)
temporal
dynamics
costs;
(iii)
knowledge
gaps,
especially
compared
to
terrestrial
IAS.
Based
on
recorded
from
existing
literature,
conservatively
summed
US$345
billion,
with
majority
attributed
invertebrates
(62%),
followed
vertebrates
(28%),
then
plants
(6%).
The
largest
were
reported
North
America
(48%)
Asia
(13%),
principally
result
resource
damages
(74%);
only
6%
management.
magnitude
number
highest
United
States
for
semi-aquatic
taxa.
Many
countries
known
had
no
costs,
Africa
Asia.
Accordingly,
network
analysis
revealed
limited
connectivity
among
countries,
indicating
disparate
reporting.
Aquatic
have
increased
recent
decades
several
orders
magnitude,
reaching
at
least
US$23
billion
2020.
Costs
are
likely
considerably
underrepresented
IAS;
5%
species,
despite
26%
invaders
being
aquatic.
Additionally,
1%
invasion
marine
species.
thus
substantial,
underreported.
over
time
expected
continue
rising
future
invasions.
We
urge
improved
reporting
managers,
practitioners
researchers
reduce
gaps.
Few
proactive
investments;
management
spending
is
urgently
needed
prevent
limit
current
damages.
Environmental Reviews,
Journal Year:
2020,
Volume and Issue:
29(2), P. 119 - 141
Published: Dec. 7, 2020
Unprecedented
rates
of
introduction
and
spread
non-native
species
pose
burgeoning
challenges
to
biodiversity,
natural
resource
management,
regional
economies,
human
health.
Current
biosecurity
efforts
are
failing
keep
pace
with
globalization,
revealing
critical
gaps
in
our
understanding
response
invasions.
Here,
we
identify
four
priority
areas
advance
invasion
science
the
face
rapid
global
environmental
change.
First,
should
strive
develop
a
more
comprehensive
framework
for
predicting
how
behavior,
abundance,
interspecific
interactions
vary
relation
conditions
receiving
environments
these
factors
govern
ecological
impacts
invasion.
A
second
is
understand
potential
synergistic
effects
multiple
co-occurring
stressors—
particularly
involving
climate
change—on
establishment
impact
species.
Climate
adaptation
mitigation
strategies
will
need
consider
possible
consequences
promoting
species,
appropriate
management
responses
be
developed.
The
third
address
taxonomic
impediment.
ability
detect
evaluate
risks
compromised
by
growing
deficit
expertise,
which
cannot
adequately
compensated
new
molecular
technologies
alone.
Management
become
increasingly
challenging
unless
academia,
industry,
governments
train
employ
personnel
taxonomy
systematics.
Fourth,
recommend
that
internationally
cooperative
bridgehead
dispersal
networks,
organisms
tend
invade
regions
from
locations
where
they
have
already
established.
Cooperation
among
countries
eradicate
or
control
established
yield
greater
benefit
than
independent
attempts
individual
exclude
arriving
establishing.
The Science of The Total Environment,
Journal Year:
2022,
Volume and Issue:
819, P. 153404 - 153404
Published: Feb. 8, 2022
The
global
increase
in
biological
invasions
is
placing
growing
pressure
on
the
management
of
ecological
and
economic
systems.
However,
effectiveness
current
expenditure
difficult
to
assess
due
a
lack
standardised
measurement
across
spatial,
taxonomic
temporal
scales.
Furthermore,
there
no
quantification
spending
difference
between
pre-invasion
(e.g.
prevention)
post-invasion
control)
stages,
although
preventative
measures
are
considered
be
most
cost-effective.
Here,
we
use
comprehensive
database
invasive
alien
species
costs
(InvaCost)
synthesise
model
invasions,
order
provide
better
understanding
stage
at
which
these
expenditures
occur.
Since
1960,
reported
have
totalled
least
US$95.3
billion
(in
2017
values),
considering
only
highly
reliable
actually
observed
-
12-times
less
than
damage
from
($1130.6
billion).
Pre-invasion
($2.8
billion)
was
over
25-times
lower
($72.7
Management
were
heavily
geographically
skewed
towards
North
America
(54%)
Oceania
(30%).
largest
shares
directed
invertebrates
terrestrial
environments.
Spending
has
grown
by
two
orders
magnitude
since
reaching
an
estimated
$4.2
per
year
globally
values)
2010s,
but
remains
1-2
damages.
National
increased
with
incurred
costs,
actions
delayed
average
11
years
following
reporting.
These
delays
level
caused
additional
invasion
cost
approximately
$1.2
trillion,
compared
scenarios
immediate
management.
Our
results
indicate
insufficient
particularly
urge
investment
prevent
future
control
established
species.
Recommendations
improve
comprehensiveness,
resolution
terminology
also
made.
Annual Review of Plant Biology,
Journal Year:
2023,
Volume and Issue:
74(1), P. 635 - 670
Published: Feb. 8, 2023
Plant
invasions,
a
byproduct
of
globalization,
are
increasing
worldwide.
Because
their
ecological
and
economic
impacts,
considerable
efforts
have
been
made
to
understand
predict
the
success
non-native
plants.
Numerous
frameworks,
hypotheses,
theories
advanced
conceptualize
interactions
multiple
drivers
context
dependence
invasion
with
aim
achieving
robust
explanations
predictive
power.
We
review
these
from
community-level
perspective
rather
than
biogeographical
one,
focusing
on
terrestrial
systems,
explore
roles
intrinsic
plant
properties
in
determining
species
invasiveness,
as
well
effects
biotic
abiotic
conditions
mediating
ecosystem
invasibility
(or
resistance)
evolutionary
processes.
also
consider
fundamental
influences
human-induced
changes
at
scales
ranging
local
global
triggering,
promoting,
sustaining
invasions
discuss
how
could
alter
future
trajectories.
Nature Communications,
Journal Year:
2022,
Volume and Issue:
13(1)
Published: April 1, 2022
Outbreaks
of
zoonotic
diseases
are
accelerating
at
an
unprecedented
rate
in
the
current
era
globalization,
with
substantial
impacts
on
global
economy,
public
health,
and
sustainability.
Alien
species
invasions
have
been
hypothesized
to
be
important
by
introducing
both
existing
novel
pathogens
invaded
ranges.
However,
few
studies
evaluated
generality
alien
facilitating
zoonoses
across
multiple
host
parasite
taxa
worldwide.
Here,
we
simultaneously
quantify
role
795
established
hosts
10,473
zoonosis
events
globe
since
14
Annual Review of Ecology Evolution and Systematics,
Journal Year:
2022,
Volume and Issue:
53(1), P. 427 - 456
Published: Sept. 3, 2022
Freshwater
fish
have
been
widely
introduced
worldwide,
and
freshwater
ecosystems
are
among
those
most
affected
by
biological
invasions.
Consequently,
invasions
one
of
the
documented
animal
taxa,
with
much
information
available
about
invasive
species,
their
characteristics,
invaded
regions,
invasion
pathways,
impacts,
management.
While
existing
reviews
address
specific
aspects
invasions,
there
is
still
a
gaping
lack
comprehensive
assessments
that
simultaneously
pivotal
connected
elements
process.
Here,
we
provide
holistic
review,
together
quantitative
assessments,
divided
into
four
major
parts:
(
a)
introduction
b)
characteristics
nonnative
species
andinvaded
explain
successful
processes,
c)
impacts
mechanisms,
d)
We
highlight
data
gaps
biases
in
current
databases
basic
understanding
several
In
addition,
recommendations
for
future
studies.
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.