Frontiers in Sustainable Food Systems,
Год журнала:
2024,
Номер
8
Опубликована: Окт. 31, 2024
Researchers
have
repeatedly
emphasized
how
urgently
we
to
decrease
the
massive
nitrogen
fertilizer
consumption
support
agricultural
productivity
and
maintain
a
sustainable
ecosystem.
Using
chitosan
(CS)
as
carrier
for
slow
release
is
considered
potential
tool
reducing
synthetic
improving
crop
productivity.
Therefore,
two
field
experiments
were
arranged
in
randomized
complete
block
design
investigate
effects
of
seven
treatments
including
exogenous
application
chitosan-based
NPK
nano-structure
(Ch/NPs-NPK)
on
growth,
productivity,
nutrient
uptake
traits
rice
worldwide
strategy
during
2022
2023
growing
seasons.
The
experimental
were:
T1
=
full
recommended
(recommended
urea,
superphosphate,
potassium
sulfate;
control
treatment),
T2
70%
+
Ch/NPs-NPK
100
ppm,
T3
T1+
200
T4
300
T5
30%
T6
T7
ppm.
results
revealed
that
(i.e.,
NPK+
ppm)
(full
NPK)
resulted
highest
most
significant
growth
yield
well
grain
contents
compared
other
treatments.
combining
with
ppm
an
can
be
smart
choice
fertilizers
by
paddy
fields
without
producing
decline
terms
characteristics,
or
when
applying
NPK.
Bioengineering,
Год журнала:
2023,
Номер
10(9), С. 1010 - 1010
Опубликована: Авг. 25, 2023
In
the
twenty-first
century,
nanotechnology
has
emerged
as
a
potentially
game-changing
innovation.
Essential
minerals
are
mostly
unavailable
in
modern
cropping
systems
without
application
of
synthetic
fertilizers,
which
have
serious
negative
impact
on
ecosystem.
This
review
focuses
coupling
nanoparticles
with
biofertilizers
to
function
nano-biofertilizers
(NBFs),
may
ensure
world
food
security
face
rising
population.
The
inoculation
plants
NBFs
improves
plant
development
and
resistance
stress.
Metallic
well
organic
components
comprising
polysaccharide
chitosan
be
encapsulated,
utilizing
microbe-based
green
synthesis
make
NBFs,
circumvents
limitations
conventional
chemical
fertilizers.
is
just
getting
started,
shows
more
promise
than
other
approaches
for
changing
farming
into
high-tech
“smart”
farming.
study
used
bibliographic
analysis
using
Web
Science
find
relevant
papers
“nano
biofertilizers”,
“plants”,
“agriculture”.
These
subjects
received
lot
attention
literature,
shown
by
co-citation
patterns
these
publications.
novel
use
agriculture
explored
this
research
work,
makes
unique
characteristics
nanoscale
materials
address
urgent
concerns
including
nutrient
delivery,
crop
protection,
sustainable
methods.
attempts
fill
some
gaps
our
knowledge
discussing
formulation,
fabrication,
characterization
elucidating
mechanisms
interact
how
benefits
ability
withstand
biotic
abiotic
stress
brought
about
climate
change.
also
addresses
recent
developments
future
directions
NBF
formulations
field.
Nanomaterials,
Год журнала:
2023,
Номер
14(1), С. 90 - 90
Опубликована: Дек. 28, 2023
Nanotechnology
emerges
as
an
important
way
to
safeguard
global
food
security
amid
the
escalating
challenges
posed
by
expansion
of
population
and
impacts
climate
change.
The
perfect
fusion
this
breakthrough
technology
with
traditional
agriculture
promises
revolutionize
is
traditionally
practiced
provide
effective
solutions
myriad
in
agriculture.
Particularly
noteworthy
are
applications
nano-fertilizers
pesticides
agriculture,
which
have
become
milestones
sustainable
offer
lasting
alternatives
methods.
This
review
meticulously
explores
key
role
advancing
By
focusing
on
dynamic
development
nanotechnology
field
its
ability
address
overarching
issue
security,
aims
shed
light
transformative
potential
pave
for
a
more
resilient
future
Plants,
Год журнала:
2025,
Номер
14(4), С. 554 - 554
Опубликована: Фев. 11, 2025
With
the
rising
need
for
sustainable
agricultural
practices,
nano-fertilizers
have
emerged
as
an
innovative
alternative
to
traditional
fertilizers.
These
advanced
fertilizers
enhance
nutrient
use
efficiency,
promote
crop
growth,
and
minimize
environmental
harm
by
enabling
precise
delivery.
This
review
evaluates
various
nano-fertilizer
application
techniques
their
influence
on
plant
yield,
quality.
Additionally,
it
explores
interactions
with
soil
composition
microbial
communities,
emphasizing
role
in
enzymatic
activity
cycling.
While
offer
significant
benefits,
challenges
such
proper
dosage
regulation,
potential
toxicity,
long-term
ecological
effects
necessitate
further
research.
study
highlights
recent
advancements
technology
underscores
importance
of
integrated
approach
optimize
productivity
while
preserving
health
sustainability.
Nanomaterials,
Год журнала:
2023,
Номер
13(21), С. 2906 - 2906
Опубликована: Ноя. 6, 2023
It
is
estimated
that
40–70%,
80–90%
and
50–90%
of
the
conventional
macronutrients
N,
P
K
applied
to
soil
are
lost,
respectively,
resulting
in
considerable
loss
resources.
Compared
fertilizers,
nanofertilizers
have
advantages
controlled
release,
high
nutrient
utilization,
low
cost
relatively
environmental
pollution
due
their
small
size
(1–100
nm)
specific
surface
area.
The
application
an
up-and-coming
field
agricultural
research
attractive
economical
substitute
for
common
fertilizers
which
can
boost
global
food
productivity
sustainably.
Foliar
fertilization
a
popular
way
satisfy
needs
higher
plants.
Because
its
dose,
faster
uptake
than
less
pollution,
foliar
more
among
be
seen
hotspots
attention
at
present
current
on
not
as
extensive
application.
Based
this
background,
paper
provides
overview
various
applications
spraying
agriculture,
including
improving
crop
yield
quality
well
mitigating
heavy
metal
stress,
salt
stress
drought
stress.
