Compounds Involved in the Invasive Characteristics of Lantana camara
Molecules,
Journal Year:
2025,
Volume and Issue:
30(2), P. 411 - 411
Published: Jan. 19, 2025
Lantana
camara
L.
is
native
to
tropical
America
and
has
naturalized
in
many
other
tropical,
subtropical,
temperate
regions
Asia,
Africa,
Oceania,
North
South
America,
Europe.
infests
diverse
habitats
with
a
wide
range
of
climatic
factors,
its
population
increases
aggressively
as
one
the
world’s
100
worst
invasive
alien
species.
Its
infestation
reduces
species
diversity
abundance
natural
ecosystems
agricultural
production.
The
life
history
characteristics
camara,
such
high
reproductive
ability
adaptive
various
environmental
conditions,
may
contribute
infest
increase
population.
Possible
evidence
compounds
involved
defense
functions
against
enemies,
herbivore
mammals
insects,
parasitic
nematodes,
pathogenic
fungi
bacteria,
allelochemicals
allelopathy
neighboring
competitive
plant
species,
have
accumulated
literature
over
three
decades.
Lantadenes
A
B,
oleanonic
acid,
icterogenin
are
highly
toxic
mammals,
β-humulene,
isoledene,
α-copaene
thymol,
hexadecanoic
acid
insecticidal
activity.
β-Caryophyllene
cis-3-hexen-1-ol
function
herbivore-induced
volatiles
which
sending
warning
signals
undamaged
tissues
next
plants
same
Farnesol
farnesal
interrupt
insect
juvenile
hormone
biosynthesis
cause
abnormal
metamorphosis
insects.
Several
triterpenes,
lantanolic
lantoic
pomolic
camarin,
lantacin,
camarinin,
ursolic
demonstrated
nematocidal
Lantadene
A,
β-caryophyllene,
germacrene-D,
β-curcumene,
eicosapentaenoic
loliolide
possess
antimicrobial
Allelochemicals,
caffeic
ferulic
salicylic
α-resorcylic
p-hydroxybenzoic
vanillic
unbelliferone,
quercetin,
including
lantadenes
B
suppress
germination
growth
These
be
camara’s
expand
an
new
habitats.
This
first
review
focus
on
how
enhance
camara.
Language: Английский
Invasive Characteristics of Robinia pseudoacacia and Its Impacts on Species Diversity
Diversity,
Journal Year:
2024,
Volume and Issue:
16(12), P. 773 - 773
Published: Dec. 19, 2024
Robinia
pseudoacacia
is
native
to
North
America
and
has
been
introduced
into
many
other
countries
in
Europe,
South
East
Asia,
America,
Africa,
Oceania.
The
species
planted
intensively
a
large
area
of
these
because
its
ornamental
economic
values.
However,
R.
often
infests
unintended
places,
including
protected
areas,
causes
significant
ecological
impacts.
now
listed
as
one
the
harmful
invasive
plant
species.
characteristics
life-history,
such
high
growth
reproduction
rate
adaptive
ability
various
environmental
conditions,
may
contribute
invasiveness
defense
against
natural
enemies
pathogenic
fungi
herbivores
allelopathic
potential
competitive
also
invasiveness.
infestation
alters
functions
community,
soil
microbe
reduces
abundance
diversity
species,
vertebrates
invertebrates
ranges.
shade
intolerant
early
successional
tree
replaced
by
larger
more
tolerant
ranges,
while
succession
seems
not
occur
always
ranges
across
different
ages
stands.
Several
review
articles
have
summarized
afforestation,
utilization,
biology,
management
but
this
first
focusing
on
mechanism
impacts
diversity.
Language: Английский
Pesticidal Activity of Citrus Fruits for the Development of Sustainable Fruit-Processing Waste Management and Agricultural Production
Plants,
Journal Year:
2025,
Volume and Issue:
14(5), P. 754 - 754
Published: March 1, 2025
The
annual
global
production
of
citrus
fruits
is
over
150
million
tons,
and
40–50%
the
are
processed
into
juices
other
products.
processing
generates
a
large
amount
waste
causes
environmental
issues.
In
order
to
reduce
impacts,
several
approaches
for
management
were
proposed.
fruit
contains
functional
compounds,
but
extraction
these
compounds
requires
adequate
facilities.
not
suitable
carry
long
distances
due
high
percent
water
content
its
heavy
weight,
it
store
time
occurrence
fermentation.
Some
target
use
in
proximity
factories.
application
crop
agricultural
fields
close
faculties
one
possible
options.
evidence
as
herbicidal,
nematocidal,
insecticidal,
anti-fungal
materials
has
been
accumulated
literature
three
decades.
Several
involved
functions
have
also
identified
fruits.
However,
there
no
review
article
focusing
on
pesticidal
activity
against
weeds,
herbivore
insects,
parasitic
nematodes,
pathogenic
fungi.
This
first
providing
an
overview
such
activities
Language: Английский
Defensive Compounds Involved in the Invasiveness of Tithonia diversifolia
Molecules,
Journal Year:
2025,
Volume and Issue:
30(9), P. 1946 - 1946
Published: April 27, 2025
Tithonia
diversifolia
(Hemsl.)
A.
Gray
forms
high-density
impenetrable
monospecific
stands
as
an
invasive
plant
species.
Its
life
history
traits,
such
high
adaptability
with
genetic
variation
under
different
environmental
conditions,
and
growth
reproductive
capacity,
may
contribute
to
its
success
in
invading
increasing
population
the
introduced
ranges.
Evidence
has
accumulated
literature
for
activity
of
compounds
involved
characteristics
against
natural
enemies
herbivorous
insects
mammals,
pathogenic
nematodes,
fungi,
viruses,
allelochemicals
neighboring
competitive
Tagitinin
A,
tagitinin
C,
1β-methoxydiversifolin,
phytol,
phytol
acetate,
α-pinene,
bicyclo[3.1.0]hexane,4-methylene-1-(1-methylethyl),
hispidulin,
dihydro-p-coumaric
acid,
methyl
linoleate
are
toxic
insects,
C
5-O-(E)-caffeoylquinic
acid
harmful
mammals.
Tirotundin
nematocidal
activity.
α-Pinene,
camphor,
eucalyptol,
α-terpineol
have
fungicidal
1β-methoxydiversifolin-3-O-methyl
ether
antiviral
hispidulin
act
that
inhibit
competing
The
ability
outcompete
species
is
one
essential
factors
infestation
increase
distribution
new
habitats.
Therefore,
these
be
diversifolia.
This
first
review
article
focusing
on
Language: Английский
Invasive Characteristics and Impacts of Ambrosia trifida
Agronomy,
Journal Year:
2024,
Volume and Issue:
14(12), P. 2868 - 2868
Published: Dec. 1, 2024
Ambrosia
trifida
L.
is
native
to
North
America,
has
been
introduced
into
many
countries
in
Europe
and
East
Asia,
also
expanding
its
habitat
ranges.
grows
sunny
humid
environments,
such
as
grasslands,
riverbanks,
floodplains,
abandoned
places,
agricultural
fields,
an
invasive
plant
species.
a
strong
adaptive
ability
adverse
conditions
shows
great
variation
seed
germination
phenology
morphology
response
environmental
conditions.
Effective
natural
enemies
have
not
found
or
The
species
allelopathic
contains
several
allelochemicals.
These
characteristics
may
contribute
the
competitive
invasiveness
of
this
significantly
reduces
diversity
abundance
infested
communities.
causes
significant
yield
loss
summer
crop
production,
maize,
soybean,
sunflower,
cotton
production.
capable
rapid
evolution
against
herbicide
pressure.
Populations
resistant
glyphosate,
ALS-inhibiting
herbicides,
PPO-inhibiting
well
cross-resistant
populations,
already
appeared.
An
integrated
weed
management
protocol
with
more
diverse
combination
sites
action
other
practices,
tillage,
use
different
species,
rotation,
smart
decision
tools,
innovative
equipment,
would
be
essential
mitigate
herbicide-dependent
control
practices
one
sustainable
system
for
management.
Language: Английский