Journal of Economic Entomology,
Journal Year:
2021,
Volume and Issue:
114(6), P. 2615 - 2615
Published: Oct. 1, 2021
Oak
lace
bug
–
Corythucha
arcuata
(Say,
1832)
(Hemiptera:
Tingidae)
is
a
North
American
species
that
has
been
introduced
to
Europe
and
Asia,
where
it
became
serious
oak
pest.
As
little
known
about
its
behavior,
we
conducted
study
in
which
tested
the
preference
performance
of
for
different
influence
powdery
mildew
CO2
on
behavior
bug.
Four
most
represented
Serbia
(Hungarian,
pedunculate,
sessile,
Turkey
oak)
were
used
testing
bug,
The
was
pedunculate
oak.
results
this
have
shown
there
are
differences
between
analyzed
species;
significant
host
laboratory
field
conditions;
Hungarian
threatened
by
as
performs
best
preferers
an
antagonistic
relationship;
changes
leaves
caused
expected
increase
concentration
future
will
probably
not
feeding
adults.
Annual Review of Entomology,
Journal Year:
2023,
Volume and Issue:
69(1), P. 239 - 258
Published: Sept. 14, 2023
Since
the
discovery
of
ash
tree
(
Fraxinus
spp.)
killer
emerald
borer
(EAB;
Agrilus
planipennis)
in
United
States
2002
and
Moscow,
Russia
2003,
substantial
detection
management
efforts
have
been
applied
to
contain
monitor
its
spread
mitigate
impacts.
Despite
these
efforts,
pest
continues
within
North
America.
It
has
European
Ukraine
is
causing
sporadic
outbreaks
native
range
China.
The
dynamics
EAB's
expansion
events
appear
be
linked
lack
resistant
trees
invaded
ranges,
facilitated
by
abundance
or
planted
American
susceptible
species.
We
review
recently
gained
knowledge
EAB;
ecological,
economic,
social
impacts;
past
with
their
successes
limitations.
also
highlight
advances
biological
control,
mechanisms
resistance,
new
approaches
under
development,
aim
guiding
more
effective
management.
Forests,
Journal Year:
2021,
Volume and Issue:
12(6), P. 691 - 691
Published: May 27, 2021
Emerald
ash
borer
(EAB),
Agrilus
planipennis,
native
to
East
Asia,
is
an
invasive
pest
of
in
North
America
and
European
Russia.
This
quarantine
species
a
threat
trees
all
over
Europe.
Survey
ten
provinces
Russia
2019–2020
showed
that
EAB
had
spread
faster
farther
than
was
previously
thought.
The
new
infested
sites
were
first
detected
St.
Petersburg
(110–120
km
from
the
EU
border:
Estonia,
Finland)
Astrakhan
Province
(50
Kazakhstan
border).
current
range
Europe
includes
Luhansk
Ukraine
18
Russia:
Astrakhan,
Belgorod,
Bryansk,
Kaluga,
Kursk,
Lipetsk,
Moscow,
Orel,
Ryazan,
Smolensk,
Petersburg,
Tambov,
Tula,
Tver,
Vladimir,
Volgograd,
Voronezh,
Yaroslavl.
Within
these,
only
seven
phytosanitary
zones
five
are
declared
by
National
Plant
Protection
Organization
not
found
regions
along
Middle
Volga:
Mari
El,
Chuvash
Tatarstan
republics,
Nizhny
Novgorod,
Samara
Saratov
provinces.
Lower
Volga
basin
enclaves
separated
core
invasion
470
370
km,
correspondingly.
It
possible
can
appear
cities
Eastern
far
known
range.
All
infestations
green
(Fraxinus
pennsylvanica),
which
introduced
America,
individual
(F.
excelsior).
A
confirmed
case
mass
decline
several
thousand
EAB-infested
Moscow
province
provided.
Therefore,
there
no
more
doubt
under
certain
conditions
seriously
damage
forests.
Forests,
Journal Year:
2022,
Volume and Issue:
13(4), P. 541 - 541
Published: March 30, 2022
Agrilus
planipennis
(Coleoptera:
Buprestidae)
is
the
most
serious
invasive
pest
of
ash
trees
(Fraxinus
spp.,
Oleaceae)
in
world.
It
has
not
yet
reached
range
olive
tree
plantations,
however
it
been
shown
to
complete
its
life
cycle
this
host
tree.
This
native
East
Asia
was
first
found
Europe
Moscow
2003
and
spreading
ever
since.
The
aims
study
were
determine
if
southern
border
already
Caucasus
assess
potential
region
based
on
availability
heat
availability.
In
2021,
we
surveyed
south
known
Russia.
We
did
find
six
cities
North
but
city
Azov
close
Caucasus.
Analysis
information
about
550
localities
showed
that
Fraxinus
spp.
common
throughout
region.
calculation
annual
growing
degree
days
base
10
°C
indicated
places
where
grow
above
1500
m
are
too
cold
for
A.
therefore
could
potentially
become
a
refuge
trees.
spread
concern.
First,
forest
ecosystems
endangered,
since
European
excelsior
much
more
there
than
currently
infested
regions
Second,
Russian
can
gateway
Georgia,
Armenia,
Azerbaijan,
Turkey
other
countries
Middle
Southern
Europe.
propose
using
angustifolia,
F.
ornus
Olea
europaea
adjacent
as
sentinel
monitoring
risk
assessment
these
species.
Frontiers in Insect Science,
Journal Year:
2023,
Volume and Issue:
3
Published: Aug. 29, 2023
Introduction
Decision
support
models
that
predict
both
when
and
where
to
expect
emerald
ash
borer
(EAB),
Agrilus
planipennis
Fairmaire
(Coleoptera:
Buprestidae),
are
needed
for
the
development
implementation
of
effective
management
strategies
against
this
major
invasive
pest
(
Fraxinus
species)
in
North
America
other
regions
such
as
Europe.
We
present
a
spatialized
model
phenology
climatic
suitability
EAB
use
Degree-Days,
Risk,
Phenological
event
mapping
(DDRP)
platform,
which
is
an
open-source
decision
tool
help
detect,
monitor,
manage
threats.
Methods
evaluated
using
presence
records
from
three
geographic
(China,
America,
Europe)
phenological
dataset
consisting
primarily
observations
northeastern
midwestern
United
States.
To
demonstrate
model,
we
produced
maps
recent
year
tested
trends
EAB’s
potential
distribution
over
20-year
period.
Results
Overall,
exhibited
strong
performance.
Presence
was
correctly
estimated
99%
predicted
dates
adult
events
corresponded
closely
with
observed
dates,
mean
absolute
error
ca.
7
days
low
estimates
bias.
Climate
stresses
were
insufficient
exclude
areas
native
species
Europe;
however,
extreme
weather
events,
climate
warming,
inability
complete
its
life
cycle
may
reduce
some
areas.
Significant
toward
earlier
emergence
20
years
occurred
only
Discussion
Near
real-time
forecasts
conterminous
States
available
at
two
websites
provide
end-users
decision-support
surveillance
pest.
Forecasts
egg
hatch
particularly
relevant
managing
existing
populations
pesticide
treatments
parasitoid
introductions.
EFSA Supporting Publications,
Journal Year:
2025,
Volume and Issue:
22(4)
Published: April 1, 2025
Abstract
In
2022,
EFSA
was
mandated
by
the
European
Commission's
Directorate‐General
for
Health
and
Food
Safety
(M‐2022‐00070)
to
provide
technical
assistance
on
list
of
Union
quarantine
pests
qualifying
as
priority
pests,
specified
in
Article
6(2)
Regulation
(EU)
2016/2031
protective
measures
against
plant
pests.
As
part
Task
C,
conducted
expert
knowledge
elicitations
candidate
focusing
lag
period,
expansion
rate
impact
production
(yield
quality
losses)
environment.
This
report
provides
rationale
dataset
Agrilus
planipennis,
delivered
Joint
Research
Centre,
feed
into
Impact
Indicator
Priority
Pests
(I2P2)
model
complete
pest
prioritisation
ranking
exercise.
Forests,
Journal Year:
2021,
Volume and Issue:
12(4), P. 502 - 502
Published: April 16, 2021
Agrilus
planipennis
is
a
devastating
invasive
pest
of
ash
trees
in
European
Russia,
Ukraine,
and
North
America.
To
monitor
the
north-western
limit
its
range,
June
2018
we
established
10
study
plots
along
federal
highway
M10
(Russia)
that
runs
between
Moscow
Saint
Petersburg
through
Tver’
City
(approx.
180
km
from
Moscow),
lined
with
trees.
On
each
plot,
2–4
Fraxinus
pennsylvanica
heights
ranging
6.1–17.0
m
diameters
7.0–18.0
cm
were
girdled,
i.e.,
50
their
bark
removed.
The
visited
girdled
examined
September
November,
2018,
October,
2019.
Observations
revealed
current
continuous
A.
range
Russia
coincides
border
this
has
not
distinctly
shifted
north-westward
during
2015–2019.
In
spite
rich
food
supply
(due
to
abundant
F.
excelsior
plantings)
roads
going
from,
population
density
area
currently
low.
Recent
(September
2020)
sudden
detection
spatially
isolated
outbreak
approx.
520
far
(in
Petersburg)
suggested
most
likely
had
arrived
at
by
gradual
stepwise
(flying
tree-to-tree)
expansion
City,
but
as
result
accidental
introduction
means
of,
e.g.,
“insect-hitchhiked”
vehicles,
transported
plants
for
planting,
and/or
other
commodities.
proximity
reported
A.planipennis
borders
EU
130
Estonia
Finland)
requires
urgent
measures
containment
control,
constant
monitoring.
Insects,
Journal Year:
2022,
Volume and Issue:
13(1), P. 52 - 52
Published: Jan. 2, 2022
Emerald
ash
borer
Agrilus
planipennis
(Coleoptera:
Buprestidae)
is
one
of
20
priority
quarantine
pests
the
European
Union.
It
native
to
Asia
and
established
in
USA,
Canada,
Russia,
Ukraine.
We
made
first
prognosis
potential
range
A.
Europe
based
on
heat
availability.
Mean
annual
growing
degree
days
base
10
°C
(AGDD10)
was
calculated
for
each
grid
square
(0.25°
×
0.25°
latitude
x
longitude
degrees)
Earth's
surface.
Minimal
AGDD10
recorded
squares
currently
occupied
by
714°
Asia,
705°
North
America,
711°
Russia.
has
never
been
localities
with
below
700°.
If
phenotypic
plasticity
would
not
allow
this
species
overcome
threshold,
cold
regions
probably
be
invaded
planipennis.
Thus,
Fraxinus
excelsior
could
potentially
escape
from
some
Norway,
Sweden,
Finland,
Ireland,
Great
Britain.
Insects,
Journal Year:
2022,
Volume and Issue:
13(2), P. 191 - 191
Published: Feb. 11, 2022
The
emerald
ash
borer
(EAB),
Agrilus
planipennis,
is
an
invasive
beetle
of
East
Asian
origin
that
has
killed
millions
trees
(Fraxinus
spp.)
in
North
America
and
Russia.
In
September
2020,
EAB
was
detected
Saint
Petersburg,
a
notable
event
for
the
metropolitan
city.
aim
present
study
to
investigate
occurrence
ecology
Petersburg.
presence
two
distinct
enclave
populations
revealed,
each
which
has,
most
likely,
been
established
through
separate
events
“hitchhiking”
via
transport
vehicles.
Following
invasion,
further
spread
Petersburg
slow
locally
restricted,
likely
due
climatic
factors.
This
by
suggests
possibility
long-distance
geographic
Baltic
Sea
region
(the
EU)
high,
both
ground
(120–130
km
distance
from
EU
borders)
ferries
cars
across
Sea.
certain
cases,
development
on
Fraxinus
excelsior,
based
stem
portion
colonized,
larval
densities,
number
galleries,
exit
holes,
viable
larvae,
emerged
adult
beetles,
more
successful
than
pennsylvanica
trees.
observed
relatively
high
sensitivity
F.
excelsior
EAB,
therefore,
casts
doubt
efficacy
benefits
currently
ongoing
selection
breeding
projects
against
dieback
(ADB)
disease,
caused
fungus
Hymenoscyphus
fraxineus.
Inventory,
mapping,
monitoring
surviving
infested
ADB
are
necessary
acquire
genetic
resources
work
strategic
long-term
restoration
tackling
probable
invasion
EU.
Forests,
Journal Year:
2023,
Volume and Issue:
14(4), P. 736 - 736
Published: April 3, 2023
Emerald
ash
borer
(EAB),
Agrilus
planipennis,
is
a
phloem-boring
beetle,
native
to
East
Asia
that
has
become
serious
invasive
pest
of
(Fraxinus
spp.)
trees
in
North
America
and
European
Russia
since
the
early
2000s.
In
2019,
EAB
was
detected
Ukraine.
It
had
spread
over
300
km
from
entry
point
two
years
killed
hundreds
Fraxinus
excelsior
F.
pennsylvanica
trees.
poses
threat
forests
neighboring
countries,
which
have
already
been
damaged
by
fungus
Hymenoscyphus
fraxineus.
The
purpose
this
research
(i)
reveal
traits
climatic
variables
affect
its
survival;
(ii)
predict
expansion
range
Ukraine
westward;
(iii)
compare
most
significant
bioclimatic
native,
ranges
EAB,
as
well
outside
these
ranges.
results
demonstrated
following:
all
ranges,
adapted
seasonal
temperature
variations;
MaxEnt
model
predicted
potential
distribution
with
high
accuracy
(AUC
=
0.988);
area
invasion
covered
87%,
48%,
32%
Luhansk,
Kharkiv,
Donetsk
regions,
respectively;
EAB-inhabited
regions
ecological
plasticity
pest.
However,
predictions
could
be
improved
considering
forest
structure,
localization
roads.
Emerald
ash
borer
(EAB),
Agrilus
planipennis,
an
invasive
phloem-boring
beetle,
was
detected
in
the
Luhansk
Region
of
Ukraine
2019.
In
following
years,
it
expanded
to
a
large
part
Kharkiv
region
and
parks
Kyiv.
Previous
research
proved
that
climate
neighboring
regions
is
favorable
for
EAB,
lack
host
plant
(Fraxinus
sp.)
cannot
prevent
pest
expansion
Ukraine.
Considering
necessity
detect
inhabited
trees
time,
our
current
aimed
identify
most
attractive
EAB
forest
subcompartments
considering
site
conditions
stand
structure.
MaxEnt
model
predicted
potential
distribution
with
high
accuracy
(AUC
=
0.842).
The
significant
five
variables
provided
82.9%
model,
particularly
«Age
trees,
years»,
«Area
subcompartment,
ha»,
«Mean
height
m»,
«The
proportion
Fraxinus
excelsior
composition,
%»,
«Hygrotope
index
(humidity
level),
point».
A
very
probability
(>90
%)
at
20
%
area
sp.
composition.
spread
above
30%
75
such
area.
To
improve
forecasting
accuracy,
could
be
necessary
consider
data
on
road
localization
along
which
can
passively,
as
well
dominate
wind
speed.