Sustainability,
Год журнала:
2022,
Номер
14(15), С. 9397 - 9397
Опубликована: Авг. 1, 2022
Nutrient
management
is
always
a
great
concern
for
better
crop
production.
The
optimized
use
of
nutrients
plays
key
role
in
sustainable
production,
which
major
global
challenge
as
it
depends
mainly
on
synthetic
fertilizers.
A
novel
fertilizer
approach
required
that
can
boost
agricultural
system
production
while
being
more
ecologically
friendly
than
As
nanotechnology
has
left
no
field
untouched,
including
agriculture,
by
its
scientific
innovations.
nanofertilizers
agriculture
the
early
stage
development,
but
they
appear
to
have
significant
potential
different
ways,
such
increased
nutrient-use
efficiency,
slow
release
prevent
nutrient
loss,
targeted
delivery,
improved
abiotic
stress
tolerance,
etc.
This
review
summarizes
current
knowledge
various
developments
design
and
formulation
nanoparticles
used
nanofertilizers,
their
types,
mode
application,
impacts
crops.
main
emphasis
given
benefits
we
highlight
limitations
future
challenges
related
wide-scale
application
before
applications.
In
particular,
unprecedent
these
nanomaterials
into
environment
may
jeopardize
human
health
ecosystem.
green
revolution
occurred,
food
grains
at
cost
disproportionate
fertilizers
pesticides,
severely
damaged
our
We
need
make
sure
reduces
environmental
damage,
rather
increasing
it.
Therefore,
studies
should
also
check
risks
associated
with
if
there
are
any;
moreover,
focus
manufactured
biosynthesized
well
safety,
bioavailability,
toxicity
issues,
safeguard
environments.
Nanoscale,
Год журнала:
2022,
Номер
14(38), С. 13950 - 13989
Опубликована: Янв. 1, 2022
Biosynthesized
MONPs
promote
plant
growth
via
improved
photosynthesis,
antioxidant
defense
activation
and
gene
upregulation.
Hence
they
can
be
used
as
nanofertilizers
further
applied
nanopesticides/antimicrobial
agents/nanobiosensors.
Sustainability,
Год журнала:
2022,
Номер
14(6), С. 3480 - 3480
Опубликована: Март 16, 2022
The
global
food
production
for
the
worldwide
population
mainly
depends
on
huge
contributions
of
agricultural
sector.
cultivated
crops
foods
need
various
elements
or
nutrients
to
complete
their
growth,
and
these
are
indirectly
consumed
by
humans.
During
this
production,
several
environmental
constraints
stresses
may
cause
losses
in
production.
These
obstacles
include
abiotic
biotic
stresses,
which
have
already
been
studied
both
individual
combined
cases.
However,
there
very
few
studies
multiple
stresses.
On
basis
myriad
benefits
nanotechnology
agriculture,
nanofertilizers
(or
nanonutrients)
become
promising
tools
sustainability.
Nanofertilizers
also
proper
solution
overcoming
health
problems
that
can
result
from
conventional
fertilizers.
role
has
increased,
especially
under
different
individual,
combined,
most
commonly
nature;
however,
still
needed
stress
levels.
play
a
crucial
supporting
plants
improving
plant
yield,
quantitatively
qualitatively.
Similar
other
biological
issues,
many
open-ended
questions
require
further
investigation:
Is
right
time
era
agriculture?
Will
be
dominant
source
modern
Are
nanofertilizers,
particularly
synthesized
ones,
magic
sustainable
What
expected
damages
plants?
Sustainability,
Год журнала:
2022,
Номер
14(15), С. 9397 - 9397
Опубликована: Авг. 1, 2022
Nutrient
management
is
always
a
great
concern
for
better
crop
production.
The
optimized
use
of
nutrients
plays
key
role
in
sustainable
production,
which
major
global
challenge
as
it
depends
mainly
on
synthetic
fertilizers.
A
novel
fertilizer
approach
required
that
can
boost
agricultural
system
production
while
being
more
ecologically
friendly
than
As
nanotechnology
has
left
no
field
untouched,
including
agriculture,
by
its
scientific
innovations.
nanofertilizers
agriculture
the
early
stage
development,
but
they
appear
to
have
significant
potential
different
ways,
such
increased
nutrient-use
efficiency,
slow
release
prevent
nutrient
loss,
targeted
delivery,
improved
abiotic
stress
tolerance,
etc.
This
review
summarizes
current
knowledge
various
developments
design
and
formulation
nanoparticles
used
nanofertilizers,
their
types,
mode
application,
impacts
crops.
main
emphasis
given
benefits
we
highlight
limitations
future
challenges
related
wide-scale
application
before
applications.
In
particular,
unprecedent
these
nanomaterials
into
environment
may
jeopardize
human
health
ecosystem.
green
revolution
occurred,
food
grains
at
cost
disproportionate
fertilizers
pesticides,
severely
damaged
our
We
need
make
sure
reduces
environmental
damage,
rather
increasing
it.
Therefore,
studies
should
also
check
risks
associated
with
if
there
are
any;
moreover,
focus
manufactured
biosynthesized
well
safety,
bioavailability,
toxicity
issues,
safeguard
environments.
