Open Journal of Ecology,
Journal Year:
2024,
Volume and Issue:
14(08), P. 585 - 603
Published: Jan. 1, 2024
The
impulse
to
remain
profitable
by
increasing
agricultural
production
levels
in
view
of
the
greater
demand
for
food,
provided
impetus
intensification.
aim
this
review
is
summarise
current
literature,
reporting
specifically
on
impact
intensification
habitats
and
yield
constraints
caused
weeds.
Secondly,
alleviating
these
effects
over
short
term,
ecological
measures
that
enhance
species
diversity
conserved
promote
semi-natural
landscape,
are
discussed.
In
large-scale
intensive
agriculture,
weed
control
predominantly
rooted
agrochemical
applications
form
herbicides.
Long
lasting
practices
show
discord
both
with
promotion
biodiversity
microbes
belowground
aboveground
organisms
involved
breaking
down
plant
material.
presence
native
surroundings,
combination
hedgerows
field
margins,
a
comparatively
intricate
balanced
variety
plants
sheltered
environment,
essential
settlement
benign
insects,
particularly
face
production.
promising
tactic
advantageous
seed
predators
enables
decreased
herbicide
applications.
Crop
mosaics
arranged
advance
compatibility
at
landscape
scale
important
bolster
pollination
services
insect
management,
while
surroundings
acts
as
safety
net
habitat
diversity.
Weed
different
tactics
vegetation
use,
comprising
cover
cropping,
sets
up
safe
havens
improves
diffusion
complementary
life
forms.
Field
margins
perform
meaningful
natural
function
point
provision
forage,
distribution
passageways
pollinators
predators.
Production
more
heterogeneity
combine
high
density
conservation
agro
ecosystems
beneficial
across
trophic
contribute
stability
food
safety.
Journal of Agricultural and Food Chemistry,
Journal Year:
2025,
Volume and Issue:
73(9), P. 4982 - 4997
Published: Feb. 21, 2025
In
food
safety,
detecting
pesticide
residues
from
environmental
exposure
is
garnering
increasing
global
attention.
Therefore,
it
crucial
to
develop
rapid
and
straightforward
detection
methods
for
residues.
comparison
the
limitations
of
traditional
techniques,
fluorescent
probes
have
become
ideal
tools
in
due
their
superior
non-destructive
real-time
monitoring
capabilities.
this
work,
first,
types
pesticides
commonly
found
fundamental
principles
underlying
probe
materials
are
introduced.
Second,
characteristics,
applications,
advantages,
prevalent
residue
evaluated.
Finally,
significance
within
context
safety
developmental
potential
field
summarized
discussed,
aiming
provide
a
valuable
reference
developing
new
future
research
directions.
Water Research,
Journal Year:
2024,
Volume and Issue:
261, P. 121986 - 121986
Published: June 21, 2024
Glyphosate
is
widely
used
in
agriculture
for
weed
control;
however,
it
may
pollute
water
systems
with
its
by-product,
aminomethylphosphonic
acid
(AMPA).
Therefore,
a
better
understanding
of
the
flows
glyphosate
and
AMPA
from
soils
into
rivers
required.
We
developed
spatially
explicit
MARINA–Pesticides
model
to
estimate
annual
inputs
rivers,
considering
10
crops
10,226
sub-basins
globally
2020.
Our
results
show
that,
globally,
880
tonnes
4,090
entered
rivers.
This
implies
that
82%
river
were
AMPA,
accounting
remainder.
Over
half
originated
corn
soybean
production;
there
differences
among
sub-basins.
Asian
accounted
over
contribution
production
being
dominant.
South
American
approximately
two-thirds
originating
largely
production.
findings
constitute
reference
implementing
supporting
effective
control
strategies
achieve
Sustainable
Development
Goals
2
6
(food
clean
water,
respectively)
simultaneously
future.
Journal of Toxicology and Environmental Health,
Journal Year:
2025,
Volume and Issue:
unknown, P. 1 - 14
Published: Jan. 15, 2025
Weeds
are
a
concern
in
agriculture
and
the
use
of
herbicides
constitutes
an
effective,
efficient,
economical
way
to
control
their
growth.
Recent
discoveries
promising
for
management
resistant
weeds.
However,
there
is
gap
knowledge
toxic
effects
some
previously
reported
on
immune
cells.
The
present
study
aimed
examine
cellular
immunotoxicity
three
(clomazone,
glyphosate,
sulfentrazone)
after
96
hr
incubation
utilizing
RAW
264.7
BALB/c
mouse
monocyte/macrophage-like
cell
line
elucidate
role
toxicological
pathways.
Data
demonstrated
clomazone,
sulfentrazone
initiated
cytotoxic
effect
as
evidenced
by
EC50
values
429.2;
53.7;
866.6
mg/L,
respectively.
Clomazone
sulfentrazone,
at
all
concentrations,
induced
excess
production
reactive
oxygen
(ROS)
nitrogen
(RNS)
free
radicals.
An
immunosuppression
was
observed
cells
with
50
or
100
mg/L
glyphosate
500
1000
sulfentrazone.
In
addition,
produced
mitochondrial
depolarization
decreased
tumor
necrosis
factor-α
(TNF-α)
levels.
This
first
report
clomazone
cells,
including
reduced
TNF-α
levels,
indicating
adverse
influence
system.
International Journal of Phytoremediation,
Journal Year:
2025,
Volume and Issue:
unknown, P. 1 - 21
Published: April 4, 2025
Pomegranate
peel
waste
in
the
forms
of
raw
biomass,
biochar
and
activated
carbon
has
been
explored
as
adsorbents
water
treatment.
This
review
examined
discussed
published
works
between
2008
2024
that
focused
on
utilization
pomegranate
with
emphasis
preparation
strategies,
characterization
techniques
applications.
The
thermal
chemical
activation
have
shown
to
improve
structural
properties
resultant
adsorbent
materials
effectively
adsorb
various
pollutants
such
dyes,
heavy
metals,
organics,
inorganic
nonmetals,
pharmaceuticals
from
water.
performance
was
compared
avenues
for
future
research
highlighted
shed
insight
into
potential
environmental
protection.
