Advancing tomato crop protection: Green leaf volatile-mediated defense mechanisms against Nesidiocoris tenuis plant damage
Biological Control,
Journal Year:
2024,
Volume and Issue:
192, P. 105517 - 105517
Published: April 23, 2024
Although
Nesidiocoris
tenuis
is
highly
effective
as
a
biological
control
agent,
it
can
also
damage
tomato
plants
due
to
its
zoophytophagous
behavior.
When
N.
pierces
the
stems
and
petioles
of
with
stylets,
triggers
callose
deposition
subsequent
cell
death,
resulting
in
blocked
nutrient
transport,
floral
abortions,
or
wilting
tender
shoots.
Recently,
has
been
shown
that
exposure
green
leaf
volatile
(Z)-3-hexenyl
propanoate
[(Z)-3-HP]
activates
defensive
mechanisms,
including
regulation
genes
involved
synthesis
degradation
callose.
In
this
study,
conducted
under
greenhouse
conditions,
we
tested
hypothesis
caused
by
could
be
reduced
exposing
(Z)-3-HP
through
polymeric
dispensers.
Tomato
exposed
non-exposed
were
inoculated
tenuis.
established
both
groups
no
significant
differences
between
two
treatments.
However,
hypothesized,
was
significantly
lower
(Z)-3-HP.
Gene
expression
analysis
salicylic,
jasmonic,
abscisic
acids,
along
histochemical
staining
methods,
used
compare
responses
infested
solely
versus
those
Our
findings
confirm
influence
on
differential
activation
treatments
(Z)-3-HP-exposed
plants.
These
results
pave
way
for
improved
management
enhancing
plant's
defenses
based
inter-plant
communication.
Language: Английский
Enhancing Biological Control Efficacy: Insights into the Feeding Behavior and Fitness of the Omnivorous Pest Lygus lineolaris
Insects,
Journal Year:
2024,
Volume and Issue:
15(9), P. 665 - 665
Published: Aug. 31, 2024
Lygus
lineolaris
(Palisot
de
Beauvois)
(Hemiptera:
Miridae),
a
true
omnivorous
insect,
poses
significant
threat
to
agriculture
in
the
Neartic
region.
Understanding
feeding
behavior
of
L.
is
crucial
for
developing
integrated
pest
management
strategies.
This
study
aimed
evaluate
effects
different
diets
on
fitness
lineolaris,
with
focus
diet
source,
regime
(phytophagy,
zoophagy,
and
phytozoophagy),
number
items.
The
experimental
design
laboratory
investigated
impacts
strawberry,
canola
buckwheat
flowers,
as
well
spider
mites
aphids
explore
relationships
found
conventional
strawberry
field.
Results
reveal
that
regime,
items
influence
performance
(i.e.,
survivorship
rate,
developmental
time,
adult
weight
length).
Improvements
are
indicated
by
higher
nymphal
survival,
shorter
larger
adults.
Immature
stages
show
improved
when
provided
rich
compared
flowers
mites.
Furthermore,
inclusion
multiple
phytozoophagous
regimes
enhances
insect
performance.
findings
emphasize
significance
understanding
lineolaris’
nutritional
requirements
biodiversity
target
ecosystems
modeling
energy
flows
designing
effective
IPM
strategies
against
this
pest.
research
contributes
knowledge
base
biological
control
programs
targeting
agricultural
systems.
Language: Английский
Phytophagy of Nesidiocoris tenuis triggers the response of Trichogramma achaeae to tomato plants infested by Tuta absoluta
Journal of Pest Science,
Journal Year:
2023,
Volume and Issue:
97(1), P. 323 - 333
Published: June 14, 2023
Abstract
The
generalist
predator
Nesidiocoris
tenuis
,
an
effective
biological
control
agent
of
numerous
pests
the
tomato
crops,
can
also
trigger
plant
defence
mechanisms
(direct
and
indirect)
due
to
its
phytophagous
behaviour.
In
southern
Europe,
is
frequently
released
in
greenhouses
invasive
pest
Tuta
absoluta
sometimes
combined
with
another
biocontrol
agent,
egg
parasitoid
Trichogramma
achaeae
.
this
study,
using
olfactometer
bioassays,
we
showed
that
modification
volatile
chemical
profile
induced
by
feeding
activity
mirid
made
plants
more
attractive
T.
achaeae,
both
absence
presence
eggs
or
larvae.
This
result
was
discussed
relation
difference
observed
among
profiles
organic
compounds
punctured
N.
without
combination
infestation.
We
found
a
few
(
e.g.
β
-pinene
myrcene)
could
play
role
foraging
behaviour
scenario
Overall,
our
data
support
emerging
idea
ecological
addition
predatory
activity,
making
crops
resilient
against
attack
pests,
including
absoluta.
Language: Английский
The mirid predator Macrolophus basicornis smells and avoids eggs of Tuta absoluta parasitized by Trichogramma pretiosum
Research Square (Research Square),
Journal Year:
2023,
Volume and Issue:
unknown
Published: Jan. 10, 2023
Abstract
Biological
control,
which
uses
natural
enemies
to
reduce
pest
populations,
is
a
non-polluting
powerful
method
manage
impacts
of
(invasive)
pests.
Currently,
polyphagous
mirid
predators
are
increasingly
used
in
commercial,
augmentative
biological
control.
Information
about
their
foraging
behaviour
essential,
especially
if
one
intends
use
several
for
control
or
more
pests
crop,
detect
negative
intraguild
effects
occur.
We
studied
case
predation
(IGP)
involving
predator,
Macrolophus
basicornis
,
the
worldwide
invasive
South
American
tomato
leaf
miner
Tuta
absoluta
and
explored
how
this
predator
deals
with
prey
parasitized
by
Trichogramma
pretiosum
.
Behavioural
observations
show
that
M.
contacted
significantly
fewer
old,
eggs
T.
than
recently
ones.
Olfactometer
tests
revealed
could
smell
differences
between
volatiles
leaves
infested
different
quality
locate
suitable
prey.
They
preferred
from
leaflets
unparasitized
above
leaflets,
and,
moreover,
over
5-day
old
eggs.
When
parasitoids
together
should
be
introduced
days
before
prevent
high
levels
IGP.
Language: Английский
Biological traits of the zoophytophagous predatory mirid Nesidiocoris poppiusi (Heteroptera: Miridae), a candidate biocontrol agent in China
Lili Wang,
No information about this author
Yibo Zhang,
No information about this author
Ningxing Huang
No information about this author
et al.
Journal of Economic Entomology,
Journal Year:
2023,
Volume and Issue:
116(4), P. 1146 - 1154
Published: June 2, 2023
Abstract
Mirid
predators
are
increasingly
used
in
biological
control
of
multiple
greenhouse
crops
pests.
However,
due
to
great
morphological
similarity
and
tiny
body
size,
some
mirid
have
been
largely
confused
with
their
allied
species.
Nesidiocoris
tenuis
Reuter
as
a
commercial
predator
was
poppiusi
Carvalho
China.
To
evaluate
the
biocontrol
potential
N.
poppiusi,
its
traits
functional
response
Bemisia
tabaci
Gennadius
were
studied
compared
under
laboratory
conditions.
The
results
showed
that
no
significant
differences
developmental
times
from
first
instar
adult
stages
between
2
mirids
fed
on
Corcyra
cephalonica
Stainton
eggs
observed,
while
had
better
population
growth
parameters
than
tenuis.
Under
condition
prey,
both
female
male
lived
significantly
longer
those
It
could
lay
74.0
eggs,
which
higher
(30.2
eggs).
without
couldn't
complete
development
adulthood
tomato,
tobacco,
muskmelon,
cabbage
leaves,
however,
tobacco
tomato
more
suitable
other
plants.
A
type
II
observed
for
males
females
predators.
consumed
B.
pupae
when
prey
densities
large
30.
Our
indicated
be
promising
candidate
tabaci.
Language: Английский
Enhancing Biological Control Efficacy: Insights into the Feeding Behavior and Fitness of the Omnivorous Pest Lygus Lineolaris
Mireia Solà Cassi,
No information about this author
François Dumont,
No information about this author
Éric Lucas
No information about this author
et al.
Published: Jan. 1, 2023
Lygus
lineolaris
(Palisot
de
Beauvois)
(Hemiptera:
Miridae),
a
true
omnivorous
insect,
poses
significant
threat
to
agriculture
in
the
neartic
region.
Understanding
feeding
behavior
of
L.
is
crucial
for
developing
integrated
pest
management
strategies.
This
study
aimed
evaluate
effects
different
diets
on
fitness
lineolaris,
with
focus
food
source,
regime
(phytophagy,
zoophagy,
and
phytozoophagy),
number
diet
items.
The
experimental
design
laboratory
simulated
practical
IPM
scenario,
involving
conventional
strawberry
field
infested
spider
mites
aphids,
introduction
canola
buckwheat
plants
enhance
plant
diversity.
Results
revealed
that
items
influenced
performance.
A
improvement
was
represented
by
higher
nymphal
survival,
shorter
developmental
time
larger
adults.
Immature
stages
showed
improved
when
provided
rich
compared
flowers
mites.
Furthermore,
inclusion
multiple
phytozoophagous
regimes
enhanced
insect
findings
emphasize
significance
understanding
lineolaris'
nutritional
requirements
biodiversity
target
ecosystems
modeling
energy
flows
designing
effective
strategies
against
this
pest.
research
contributes
knowledge
base
biological
control
programs
targeting
agricultural
systems.
Language: Английский