Heliyon,
Год журнала:
2024,
Номер
10(11), С. e32268 - e32268
Опубликована: Июнь 1, 2024
Epiphyas
postvittana,
commonly
known
as
the
light
brown
apple
moth
(LBAM),
is
native
to
Australia
and
has
a
restricted
global
distribution.
Its
polyphagous
nature
recent
surge
in
interceptions
have
emphasized
need
for
focused
risk
assessments
guide
effective
measures
curb
entry
of
this
pest
into
new
countries.
This
study
aimed
perform
detailed
invasion
assessment
using
an
optimized
MaxEnt
model
that
incorporated
19
bioclimatic
variables
elevation.
The
predictive
outcomes
underscored
significance
key
variables,
specifically
minimum
temperature
coldest
month
(bio6),
precipitation
driest
(bio14),
quarter
(bio19),
shaping
potential
geographical
distribution
LBAM.
Regions
beyond
existing
range,
including
southeastern
United
States,
southern
Brazil,
eastern
Argentina,
Uruguay,
Chile,
various
Western
European
countries,
were
identified
susceptible
establishment
by
An
increase
suitability
was
observed
above
45°N
40°S
under
future
climate
scenario.
With
respect
change,
LBAM
would
expand
its
range
Europe
especially
SSP5-8.5,
2050s.
upward
trend
latitudinal
gradient
mid-high
latitude
areas
implies
amid
changing
conditions,
may
find
favorable
habitats
these
regions.
For
countries
regions
with
risk,
it
imperative
implement
corresponding
inspections
quarantine
thwart
introduction
LBAM,
particularly
established
trade
ties
invaded
Ecological Applications,
Год журнала:
2022,
Номер
33(1)
Опубликована: Авг. 5, 2022
Abstract
Globalization
and
economic
growth
are
recognized
as
key
drivers
of
biological
invasions.
Alien
species
have
become
a
feature
almost
every
community
worldwide,
rates
new
introductions
continue
to
rise
the
movement
people
goods
accelerates.
Insects
among
most
numerous
problematic
alien
organisms,
mainly
introduced
unintentionally
with
imported
cargo
or
arriving
passengers.
However,
processes
occurring
prior
insect
remain
poorly
understood.
We
used
unique
dataset
1,902,392
border
interception
records
from
inspections
at
air,
land,
maritime
ports
in
Australia,
New
Zealand,
Europe,
Japan,
USA,
Canada
identify
commodities
associated
through
trade
travel.
In
total,
8939
were
intercepted,
commodity
association
data
available
for
1242
recorded
between
1960
2019.
rarefaction
extrapolation
methods
estimate
total
richness
diversity
different
types.
Plant
wood
products
main
across
cargo,
passenger
baggage,
international
mail.
Furthermore,
certain
specific
within
these,
other
broad
categories.
More
closely
related
tended
share
similar
associations,
but
this
occurred
largely
genus
level
rather
than
orders
families.
These
similarities
genera
can
potentially
inform
pathway
management
species.
Combining
regions
provides
window
into
unintentional
insects,
valuable
information
on
establishment
risks
types
pathways.
Proceedings of the National Academy of Sciences,
Год журнала:
2023,
Номер
120(24)
Опубликована: Июнь 5, 2023
Thousands
of
insect
species
have
been
introduced
outside
their
native
ranges,
and
some
them
strongly
impact
ecosystems
human
societies.
Because
a
large
fraction
insects
feed
on
or
are
associated
with
plants,
nonnative
plants
provide
habitat
resources
for
invading
insects,
thereby
facilitating
establishment.
Furthermore,
plant
imports
represent
one
the
main
pathways
accidental
introductions.
Here,
we
tested
hypothesis
that
invasions
precede
promote
invasions.
We
found
geographical
variation
in
current
flows
was
best
explained
by
dating
back
to
1900
rather
than
more
recent
flows.
Interestingly,
were
better
predictor
potentially
confounding
socioeconomic
variables.
Based
observed
time
lag
between
invasions,
estimated
global
invasion
debt
consists
3,442
region-level
introductions,
representing
potential
increase
35%
This
most
important
Afrotropics,
Neotropics,
Indomalaya,
where
expect
10
20-fold
discoveries
new
species.
Overall,
our
results
highlight
strong
link
show
limiting
spread
might
be
key
preventing
future
both
insects.
BioScience,
Год журнала:
2024,
Номер
74(11), С. 770 - 781
Опубликована: Окт. 18, 2024
Abstract
Invasions
by
nonnative
insect
species
can
massively
disrupt
ecological
processes,
often
leading
to
serious
economic
impacts.
Previous
work
has
identified
propagule
pressure
as
important
driver
of
the
trend
increasing
numbers
invasions
worldwide.
In
present
article,
we
propose
an
alternative
hypothesis—that
are
being
driven
proliferation
plants,
which
create
niches
for
specialists
and
facilitate
their
establishment
outside
native
ranges
where
hosts
planted
or
invasive.
We
synthesize
mechanisms
plant
invasions,
macroecological
patterns
supporting
tight
link
between
case
studies
having
facilitated
subsequent
establishment.
This
body
evidence
indicates
that
a
major
invasions.
Consequently,
benefits
limiting
spread
plants
include
averting
insects
spillover
onto
species.
Landscape and Urban Planning,
Год журнала:
2024,
Номер
250, С. 105144 - 105144
Опубликована: Июнь 21, 2024
Urban
and
forest
trees
provide
valuable
ecosystem
services.
However,
they
are
increasingly
threatened
by
invasive
pests
pathogens.
Trees
in
urban
areas
often
the
first
potential
hosts
non-native
tree-feeding
insects
tree
pathogens
("pests")
encounter
after
introduction
a
novel
region.
If
encountered
suitable
hosts,
these
can
establish
become
–
eventually
also
surrounding
forests.
Here,
we
compared
species
genus
composition
between
forests
examined
implications
for
host
availability
effects
on
invasibility.
We
compiled
standardised
26
inventories,
containing
∼
500.000
individual
trees.
used
multivariate
analyses
to
compare
with
from
each
municipality
(10
km
radius),
derived
Swiss
National
Forest
Inventory.
With
>
1300
different
species,
richness
of
was
17
times
higher
than
Linear
models
revealed
that
quarantine
is
significantly
forests,
large
differences
suitability
assemblages.
This
indicates
result
increased
availability,
possibly
facilitating
establishment
pests.
Global Change Biology,
Год журнала:
2024,
Номер
30(7)
Опубликована: Июль 1, 2024
Abstract
The
ever‐increasing
and
expanding
globalisation
of
trade
transport
underpins
the
escalating
global
problem
biological
invasions.
Developing
biosecurity
infrastructures
is
crucial
to
anticipate
prevent
introduction
invasive
alien
species.
Still,
robust
defensible
forecasts
potential
invaders
are
rare,
especially
for
species
without
known
invasion
history.
Here,
we
aim
support
decision‐making
by
developing
a
quantitative
risk
assessment
tool
based
on
syndromes
(i.e.,
generalising
typical
attributes
species).
We
implemented
workflow
‘Multiple
Imputation
with
Chain
Equation’
estimate
from
imputed
datasets
species'
life‐history
ecological
traits
macroecological
patterns.
Importantly,
our
models
disentangle
factors
explaining
(i)
(ii)
establishment.
showcase
modelling
466
amphibians
reptile
Then,
project
these
reptiles
worldwide
(16,236
[c.76%
coverage])
identify
being
unintentionally
transported
introduced,
establishing
populations.
Our
syndrome
showed
high
predictive
accuracy
good
balance
between
specificity
generality.
Unintentionally
introduced
tend
be
common
thrive
well
in
human‐disturbed
habitats.
In
contrast,
those
established
populations
large‐sized,
habitat
generalists,
habitats,
have
large
native
geographic
ranges.
forecast
that
160
history
could
future.
Among
them,
57
reliable,
reproducible,
transferable,
statistically
scientifically
significant
new
addition
suite
decision‐support
tools
needed
future‐proof
preventative
globally.
NeoBiota,
Год журнала:
2023,
Номер
85, С. 145 - 165
Опубликована: Июнь 22, 2023
Beetles
are
commonly
moved
among
continents
with
international
trade.
Baited
traps
set
up
in
and
around
entry
points
used
to
increase
chances
of
early-detection
incoming
species
complement
visual
inspections.
A
still
underestimated
benefit
this
surveillance
approach
is
the
high
number
diversity
collected
bycatch
species.
In
study,
we
exploited
a
multiyear
program
carried
out
baited
at
five
Spanish
ports
their
surrounding
natural
areas
investigate
i)
importance
identifying
more
promptly
detect
nonnative
belonging
non-target
groups;
ii)
patterns
native
richness
abundance
inside
port
vs.
areas;
iii)
occurrence
spillover
events
between
areas,
iv)
whether
most
introduced
into
other
countries
abundant
than
areas.
total
23,538
individuals
from
206
representing
33
families
were
collected.
The
taxonomic
26
beetle
testified
that
identification
these
unintentionally
trapped
can
provide
additional
information
on
ongoing
invasions.
Patterns
highlighted
differential
ability
different
colonize
Finally,
surroundings,
while
opposite
trend
occurred
for
have
not
been
elsewhere.
Our
study
use
generic
attractants
aid
species,
useful
risk
introduction
countries.
Diversity and Distributions,
Год журнала:
2023,
Номер
29(11), С. 1478 - 1491
Опубликована: Сен. 27, 2023
Abstract
Aim
Non‐native
species
are
part
of
almost
every
biological
community
worldwide,
yet
numbers
establishments
have
an
uneven
global
distribution.
Asymmetrical
exchanges
between
regions
likely
influenced
by
a
range
mechanisms,
including
propagule
pressure,
native
pools,
environmental
conditions
and
biosecurity.
While
the
importance
different
mechanisms
is
to
vary
among
invasion
stages,
those
occurring
prior
establishment
(transport
introduction)
difficult
account
for.
We
used
records
unintentional
insect
introductions
test
(1)
whether
insects
from
some
biogeographic
more
be
successful
invaders,
(2)
intensity
trade
flows
determines
how
many
intercepted
successfully
establish,
(3)
variables
driving
transport
differ.
Location
Canada,
mainland
USA,
Hawaii,
Japan,
Australia,
New
Zealand,
Great
Britain,
South
Korea,
Africa.
Methods
To
disentangle
processes
during
we
analysed
border
interceptions
8199
as
proxy
for
transported
flows,
lists
2076
established
non‐native
in
eight
areas.
investigated
influence
variables,
socio‐economic
biosecurity
regulations
on
size
regions.
Results
During
transport,
largest
generally
originated
Nearctic,
Panamanian
Neotropical
Insects
8
12
were
able
with
average
coming
Western
Palearctic,
Australasian/Oceanian
Both
region
origin
significantly
establishment.
The
richness
increased
Gross
National
Income
source
country,
decreased
geographic
distance.
More
establish
when
introduced
within
their
region.
Main
Conclusions
Our
results
suggest
that
accounting
crucial
understanding
asymmetry
insects,
quantifying
regional
risks.
Forests,
Год журнала:
2023,
Номер
14(4), С. 756 - 756
Опубликована: Апрель 7, 2023
The
plantation
and
natural
forests
of
South
America
have
been
highly
impacted
by
native
exotic
pests
in
recent
decades.
interaction
emerging
invasive
pests,
climate
change,
timber
markets
will
define
the
region’s
forests,
with
significant
but
uncertain
ecological
changes
economic
losses
expected.
Southern
Cone
Forest
Health
Group
(SCFHG),
a
joint
ad
hoc
initiative
run
forest
health
professionals
from
Argentina,
Brazil,
Chile,
Uruguay,
aims
to
strengthen
relationships
between
forestry
industry,
stakeholders,
academia,
government
agencies
across
region.
Here,
we
highlight
regional
strengths,
weaknesses,
threats,
opportunities
address
issues
A
approach
strong
communication
network
is
relevant
for
future
actions.
In
current
global
scenario
species
implementation
practices
that
incorporate
resilience
ecosystems
sustainable
management
needs
be
prioritized
policy
Understanding
pathogens
do
not
recognize
borders,
call
on
governments
organizations
support
actions
agreements
adequate
resources
enhance
our
capabilities.
Human-mediated
transport
has
led
to
the
establishment
of
more
than
6,700
non-native
insect
species
with
wide-ranging
effects
on
ecosystems,
economies
and
human
health.
Understanding
how
different
aspects
globalization
affect
spread
insects
is
crucial
reducing
their
effects.
In
this
Review,
we
explore
current
historical
patterns,
drivers
dynamics
global
invasions
facilitated
by
humans
since
prehistory.
Multiple
history
have
influenced
invasion
dynamics,
including
agricultural
practices
in
Neolithic
period,
advent
early
empires
trade
routes,
colonization,
geopolitical
events,
wars
economic
crises.
Technological
innovations
such
as
steam
ships,
containerization
internet
further
accelerated
invasions.
Spatial
patterns
are
characterized
frequent
secondary
via
bridgehead
populations,
asymmetric
intercontinental
flows
originating
disproportionally
from
Europe,
biotic
homogenization
communities.
Insect
predicted
increase
dramatically
will
shift,
especially
opening
routes
introduction
pathways.
Inspection
at
ports
entry
detection
systems
inform
mitigation
efforts.
Future
interdisciplinary
collaborations
integrate
knowledge
diverse
emerging
data
sources
technologies,
advancing
our
understanding
biology.
Global
increasing,
driven
advances
technology.
This
Review
discusses
increasing
worldwide,
strategies
for
future