Sustainability,
Год журнала:
2024,
Номер
16(21), С. 9280 - 9280
Опубликована: Окт. 25, 2024
Currently,
one
of
the
main
challenges
is
mitigation
effects
climate
change
on
agricultural
sector.
Conventional
agriculture,
with
intensive
use
herbicides
and
pesticides
to
control
weeds
pests,
improper
mineral
fertilizers,
contributes
by
causing
increased
greenhouse
gases
groundwater
pollution.
Therefore,
more
innovative
technologies
must
be
used
overcome
these
problems.
One
possible
solution
nanotechnology,
which
has
potential
revolutionize
conventional
system.
Active
nanoparticles
can
both
as
a
direct
source
micronutrients
delivery
platform
for
bioactive
agrochemicals
improve
crop
growth,
yield,
quality.
The
nanoparticle
formulations,
including
nano-pesticides,
nano-herbicides,
nano-fertilizers,
nano-emulsions,
been
extensively
studied
health
shelf-life
products.
Comprehensive
knowledge
interactions
between
plants
opens
up
new
opportunities
cropping
practices
through
enhancement
properties
such
disease
resistance,
nutrient
use.
objective
this
review
analyze
practices,
pesticides,
herbicides,
fertilizers.
It
also
focuses
how
introduction
into
efficiency
chemical
pest
nutrition.
Finally,
examines
in
depth
last
10
years
(2014–2024)
scientific
literature
regarding
agriculture
mitigate
change.
Journal of Hazardous Materials,
Год журнала:
2024,
Номер
471, С. 134243 - 134243
Опубликована: Апрель 12, 2024
Iron-magnetic
nanoparticles
(Fe-NMPs)
are
widely
used
in
environmental
remediation,
while
porphyrin-based
hybrid
materials
anchored
to
silica-coated
Fe3O4-nanoparticles
(Fe3O4-NPs)
have
been
for
water
disinfection
purposes.
To
assess
their
safety
on
plants,
especially
concerning
potential
release,
it
was
investigated
the
first
time,
impact
plants
of
a
Fe3O4-NPs
bearing
porphyrinic
formulation
(FORM)
-
FORM@NMP.
Additionally,
FORM
alone
and
magnetic
without
(NH2@NMP)
were
comparison.
Wheat
(Triticum
aestivum
L.)
chosen
as
model
species
subjected
three
environmentally
relevant
doses
during
germination
tiller
development
through
root
application.
Morphological,
physiological,
metabolic
parameters
assessed.
Despite
modest
biomass
decrease
alterations
membrane
properties,
no
major
impairments
or
seedling
observed.
During
phase,
both
increased
leaf
length,
photosynthesis
exhibited
varied
impacts:
pigments;
only
promoted
gas
exchange;
all
treatments
improved
photochemical
phase.
Regarding
oxidative
stress,
lipid
peroxidation
decreased
FORM@NMP,
yet
with
O2-•
FORM@NMP;
total
flavonoids
NH2@NMP
antioxidant
enzymes
declined
across
materials.
Phenolic
profiling
revealed
generalized
trend
towards
flavones.
In
conclusion,
these
can
modulate
wheat
physiology/metabolism
apparently
inducing
phytotoxicity
at
low
short-time
exposure.
remediation
fertilization,
besides
new
applications
continuously
being
developed,
making
them
emerging
contaminants.
Soil
is
sink
fate
risks
ecosystems
must
be
addressed
achieve
more
sustainable
applications.
Furthermore,
reuse
treated
wastewater
agricultural
irrigation
claimed,
importance
disclose
crops
decontamination,
such
those
proposed
this
work.
Sustainability,
Год журнала:
2024,
Номер
16(21), С. 9280 - 9280
Опубликована: Окт. 25, 2024
Currently,
one
of
the
main
challenges
is
mitigation
effects
climate
change
on
agricultural
sector.
Conventional
agriculture,
with
intensive
use
herbicides
and
pesticides
to
control
weeds
pests,
improper
mineral
fertilizers,
contributes
by
causing
increased
greenhouse
gases
groundwater
pollution.
Therefore,
more
innovative
technologies
must
be
used
overcome
these
problems.
One
possible
solution
nanotechnology,
which
has
potential
revolutionize
conventional
system.
Active
nanoparticles
can
both
as
a
direct
source
micronutrients
delivery
platform
for
bioactive
agrochemicals
improve
crop
growth,
yield,
quality.
The
nanoparticle
formulations,
including
nano-pesticides,
nano-herbicides,
nano-fertilizers,
nano-emulsions,
been
extensively
studied
health
shelf-life
products.
Comprehensive
knowledge
interactions
between
plants
opens
up
new
opportunities
cropping
practices
through
enhancement
properties
such
disease
resistance,
nutrient
use.
objective
this
review
analyze
practices,
pesticides,
herbicides,
fertilizers.
It
also
focuses
how
introduction
into
efficiency
chemical
pest
nutrition.
Finally,
examines
in
depth
last
10
years
(2014–2024)
scientific
literature
regarding
agriculture
mitigate
change.
