Research Square (Research Square),
Journal Year:
2022,
Volume and Issue:
unknown
Published: June 8, 2022
Abstract
Methods
used
to
control
natural
enemies;
insects
in
particular,
have
been
mainly
chemical.
Given
the
irritations
associated
with
use
of
pesticides,
a
search
for
alternatives
is
required,
particularly
through
plant
extracts.
The
present
study
focused
on
comparing
insecticidal
power
aqueous
extracts
Dittrichia
viscosa
combination
bio-adjuvant
Silene
fuscata
and
synthetic
pesticide
Thiamethoxam/
Lambda-cyhalothrin
abundance,
biochemical
life
traits
demographic
parameters
winter
phenotype
Chaitophorus
leucomelas
.
results
show
strong
effect
abundance
,
well
pronounced
activity
under
extract
ratio
/
Silena
Lipid
carbohydrate
energy
biomarkers
sexuparae
undergo
changes
depending
products
used,
very
significant
disturbing
action
product
compared
fecundity
C.
shows
remarkable
disturbance
active
ingredient
also
confirm
that
applied
cause
growth
rate
(r
m
)
reproduction
(R
0
females,
chemical
treatment
having
strongest
effect.
full
dose
causes
disturbances
multiplication
(λ)
mean
generation
time
(T)
other
molecules.
Some
stability
reported
doubling
(DT)
treated
females
ones.
Toxicology International,
Journal Year:
2023,
Volume and Issue:
unknown, P. 429 - 439
Published: Nov. 3, 2023
Pesticides
are
an
essential
component
of
contemporary
agriculture
because
they
help
keep
unwanted
insects
and
animals
under
control
boost
crop
yields.
However,
the
widespread
usage
pesticides
has
led
to
worries
over
unexpected
consequences
that
these
chemicals
have
on
non-target
ecosystems,
particularly
those
aquatic.
Fish,
which
play
role
in
aquatic
food
webs,
vulnerable
damaging
effects
as
a
result
their
direct
contact
with
contaminated
water
bodies.
The
review
covers
acute
chronic
pesticide
fish,
including
physiological
behavioral
responses.
It
discusses
population-level
biodiversity
loss
fish
reproduction,
growth,
development,
immunological
function,
locomotor
activity.
also
highlights
toxicity’s
long-term
populations.
Pesticide
exposure
may
alter
foraging
behavior,
competitive
aptitude,
predation
vulnerability,
according
review.
harm
health
by
accumulating
toxins,
causing
genetic
defects,
upsetting
ecology.
These
put
jeopardy
upset
chain’s
delicate
balance,
raising
major
environmental
issues.
emphasizes
need
for
interdisciplinary
research
better
understand
toxicity
guide
regulatory
measures.
Implementation
Integrated
Pest
Management
(IPM)
practices
ensure
sustainable
use
environment.
Use
non-chemical
strategies
such
rotation,
natural
predators,
resistant
varieties.
limit
application
specific
pests,
thereby
minimizing
ecological
damage
preserving
ecosystem
equilibrium.
We
can
improve
agriculture-aquatic
coexistence
supporting
holistic
management.
Revista de Gestão e Secretariado (Management and Administrative Professional Review),
Journal Year:
2024,
Volume and Issue:
15(11), P. e4220 - e4220
Published: Nov. 4, 2024
A
presente
pesquisa
realizou
uma
análise
sistemática
de
estudos
relacionados
ao
impacto
dos
pesticidas
nos
recursos
hídricos,
o
objetivo
foi
verificar
identificar
tendências
e
contribuições
científicas
para
a
mitigação
da
poluição
ambiental.
Utilizando
revisão
sistemática,
examina
artigos
nas
bases
dados
Scopus
Web
of
Science,
priorizando
os
10
mais
citados
em
cada
base.
abrange
frequência
palavras-chave,
metodologias
lacunas
pesquisa.
Os
resultados
indicam
que
maioria
abordam
contaminação
ecossistemas
aquáticos
devido
uso
na
agricultura
maneira
aplicada,
ou
seja,
realizam
acompanhamento
campo
isso,
destacando
necessidade
tecnologias
emergentes
mitigar
esses
impactos.
Exemplos
incluem
macrófitas
dissipação
pesticidas,
como
mostrado
por
Alencar
et
al.
(2020),
desenvolvimento
com
nanotecnologia
reduzir
contaminação,
conforme
Nehra
(2021).
matriz
síntese
agenda
futura
revela
tendência
crescente
focados
no
monitoramento
ambiental
soluções
tecnológicas
diminuir
causada
pesticidas.
aponta
ações
urgentes
proteger
biodiversidade
hídricos.
Research Square (Research Square),
Journal Year:
2022,
Volume and Issue:
unknown
Published: June 8, 2022
Abstract
Methods
used
to
control
natural
enemies;
insects
in
particular,
have
been
mainly
chemical.
Given
the
irritations
associated
with
use
of
pesticides,
a
search
for
alternatives
is
required,
particularly
through
plant
extracts.
The
present
study
focused
on
comparing
insecticidal
power
aqueous
extracts
Dittrichia
viscosa
combination
bio-adjuvant
Silene
fuscata
and
synthetic
pesticide
Thiamethoxam/
Lambda-cyhalothrin
abundance,
biochemical
life
traits
demographic
parameters
winter
phenotype
Chaitophorus
leucomelas
.
results
show
strong
effect
abundance
,
well
pronounced
activity
under
extract
ratio
/
Silena
Lipid
carbohydrate
energy
biomarkers
sexuparae
undergo
changes
depending
products
used,
very
significant
disturbing
action
product
compared
fecundity
C.
shows
remarkable
disturbance
active
ingredient
also
confirm
that
applied
cause
growth
rate
(r
m
)
reproduction
(R
0
females,
chemical
treatment
having
strongest
effect.
full
dose
causes
disturbances
multiplication
(λ)
mean
generation
time
(T)
other
molecules.
Some
stability
reported
doubling
(DT)
treated
females
ones.
