Bhartiya Krishi Anusandhan Patrika,
Journal Year:
2024,
Volume and Issue:
Of
Published: June 3, 2024
Pesticides,
whether
naturally
occurring
or
chemically
synthesized,
serve
to
combat
various
pests
across
sectors
such
as
food
production,
forestry,
agriculture,
and
aquaculture,
but
they
also
pose
risks
of
toxicity
ecosystems.
The
World
Health
Organization
classifies
pesticides
based
on
their
harmful
effects,
underscoring
the
importance
public
health
considerations.
By
employing
them
judiciously
understanding
categorization,
usage
can
be
minimized
for
benefit
both
human
environment.
This
review
examines
global
perspectives
pesticides,
including
distribution
environmental
impacts,
while
literature
highlights
potential
uses,
classification
adverse
effects
natural
systems,
water,
plants,
preservation.
Additionally,
eco-friendly
management
strategies,
like
bacterial
degradation,
myco-remediation,
phytoremediation,
microalgae-based
bioremediation,
are
discussed
green
solutions
mitigate
pesticide
pollution.
identification
potent
microbes,
novel
genes
biotechnological
applications
waste
is
crucial
fostering
a
sustainable
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(23), P. 10741 - 10741
Published: Dec. 7, 2024
Pesticides
are
inevitable
agrochemicals
employed
as
plant
protection
agents
and
their
application
follows
good
agricultural
practice
(GAP).
Although
pesticides
primarily
used
for
purposes,
the
residual
may
pose
a
threat
to
next
crops
and/or
off-target
biota.
Another
important
aspect
of
applied
is
transformation
into
toxic
metabolites.
As
result,
misuse
or
overuse
can
lead
raised
uncertainty,
hidden
risk
transformed
metabolites,
potential
per
pesticide
safety
guidelines,
regulations
maximum
limit
pesticides,
addressing
metabolites
derived
from
parent
managing
off-targets
considered
vital
components.
Despite
countable
number
studies
that
have
already
been
published
on
fate,
risk,
metabolism
in
soils
plants,
several
research
gaps
remain
untouched.
In
this
study,
gap
fate
transport
explored
through
keyword
searches,
followed
by
sorting
relevant
articles
using
scholarly
search
engines.
According
study
outcomes,
secondary
pollution,
diversified
transport,
including
persistence,
were
detected
key
pitfalls.
Thus,
paper
critically
addresses
current
trends
suggests
specific
recommendations
studies.
Environments,
Journal Year:
2025,
Volume and Issue:
12(4), P. 123 - 123
Published: April 16, 2025
The
dissipation
pattern
and
mobility
of
applied
pesticides
in
the
soil
represent
a
crucial
process
for
pesticide
safety
subsequent
groundwater
contamination.
In
this
study,
two
distinct
experiments
were
conducted
to
explore
environmental
fate,
dissipation,
pesticides,
phorate
boscalid,
greenhouse
conditions
laboratory
column
studies,
respectively.
role
organic
matter
growing
was
evaluated
during
studies.
first
commercial
formulations
(10
G)
boscalid
(20%
SC)
sprayed
designated
Korean
cabbage
following
recommended
dosage.
A
sequential
collection
plant
samples
(e.g.,
0,
7,
14,
21
days)
performed.
On
other
hand,
three
sets
packing
columns
prepared
(control,
biochar-amended,
H2O2
treated).
effect
addition
or
removal
leaching
explored.
14-day
interval
after
last
spray
suggested
safe
spraying.
After
30
days
leachate
collection,
no
residue
detected
water,
indicating
immobility
studied
pesticides.
However,
metabolic
transformation
evident
with
slight
within
columns.
particular,
sulfoxide
sulfone
mostly
top
layer
(vadose
zone)
column.
summary,
considered
immobile
moderate
persistence
soils.
pre-harvest
should
be
maintained
reduce
health
risk
ISPRS International Journal of Geo-Information,
Journal Year:
2024,
Volume and Issue:
13(11), P. 408 - 408
Published: Nov. 12, 2024
The
severe
contamination
of
groundwater
supplies
in
rural
areas
is
a
global
problem
that
requires
strict
environmental
measures.
Related
to
this,
one
the
most
important
challenges
at
present
elimination
local
sources
pollution.
Therefore,
this
research
examined
water
quality
changes
following
construction
sewerage
network,
under
framework
long-term
monitoring
(2011–2022)
Báránd,
Hungary,
using
indices
and
GIS
(Geographic
Information
System)
techniques.
In
order
understand
purification
processes
spatial
temporal
changes,
three
periods
were
determined:
pre-sewerage
period
(2011–2014),
transitional
(2015–2018),
post-sewerage
(2019–2022).
Forty
wells
included
study,
ensuring
complete
coverage
municipality.
results
revealed
high
level
pollution
area
period.
Based
on
calculated
indices,
an
average
80%
ranked
categories
4–5,
indicating
poor
quality,
while
less
than
8%
classified
1–2,
good
quality.
No
significant
process
was
detected
However,
marked
observed
as
result
period,
number
excellent
increased
significantly.
Additionally,
assigned
category
5
decreased
markedly,
compared
reference
difference
between
confirmed
by
Wilcoxon
test
well
(p
<
0.05).
interpolated
maps,
it
found
that,
increasing
section
settlement
had
or
addition
assessment
tendencies,
annual
fluctuations
also
examined.
This
showed
do
not
occur
linear
pattern
but
are
influenced
various
factors
(e.g.,
precipitation).
Our
highlight
importance
protecting
improving
resources
municipal
relevance
adequate
management
policy.
Journal of Hazardous Materials Advances,
Journal Year:
2024,
Volume and Issue:
13, P. 100408 - 100408
Published: Jan. 24, 2024
This
study
addresses
the
challenges
for
environmental
monitoring
of
increasing
number
pesticides
used.
A
novel
approach
regional
is
proposed,
utilizing
local
pesticide
registration
data,
non-target
aquatic
organism
toxicity,
and
non-routine
pesticides.
suspect
screening
method,
combining
passive
sampling
high-resolution
mass
spectrometry
was
developed.
In
Greater
Melbourne,
Australia,
181
priority
were
investigated
across
32
waterway
sites
with
diverse
land
uses.
Liquid
chromatography
quadrupole-time-of-flight
employed
detection
in
a
data-independent
acquisition
mode.
Of
pesticides,
21
tentatively
detected
at
22
sites,
5
confirmed
using
certified
reference
materials.
Notably,
newly
emerging
not
previously
identified
Australian
waterways
detected.
Confirming
before
routine
vital
program
efficiency.
The
demonstrates
efficacy
broad-field
spectrometry.
enhances
understanding
levels,
aiding
prioritizing
compounds
programs,
thus
providing
comprehensive
strategy
updating
specific
regions.
