Deleted Journal,
Journal Year:
2024,
Volume and Issue:
6(11)
Published: Oct. 20, 2024
Abstract
The
pursuit
of
sustainable
agriculture
has
become
imperative
in
addressing
global
food
security
challenges
while
minimizing
environmental
impacts.
Recent
innovations
nanotechnology
have
given
rise
to
a
promising
solution:
nanofertilizers.
Research
reveals
that
these
nanofertilizers
can
significantly
enhance
nutrient
use
efficiency,
reducing
consequences,
and
advancing
the
cause
cleaner
production.
With
potential
increases
up
30%
efficiency
20%
crop
yields
compared
traditional
fertilizers,
demonstrate
capability
substitute
50%
conventional
thereby
diminishing
their
ecological
footprint.
This
review
paper
explores
emerging
trends
advancements
field
revolutionize
modern
agriculture.
We
delve
into
fundamental
concepts
nanofertilizers,
including
unique
characteristics
controlled-release
mechanisms.
analysed
impact
on
productivity,
quality,
growth
through
lens
research
findings
case
studies.
While
acknowledging
substantial
we
also
address
safety
considerations,
emphasizing
importance
responsible
deployment.
In
an
era
prioritizing
concerns,
offer
solution
meet
growing
demands
protecting
ecosystems.
Graphical
Frontiers in Plant Science,
Journal Year:
2022,
Volume and Issue:
13
Published: Oct. 7, 2022
Zinc
(Zn),
which
is
regarded
as
a
crucial
micronutrient
for
plants,
and
considered
to
be
vital
plants.
Zn
has
significant
role
in
the
biochemistry
metabolism
of
plants
owing
its
significance
toxicity
biological
systems
at
specific
concentrations,
i.e.,
insufficient
or
harmful
above
optimal
range.
It
contributes
several
cellular
physiological
activities
promotes
plant
growth,
development,
yield.
an
important
structural,
enzymatic,
regulatory
component
many
proteins
enzymes.
Consequently,
it
essential
understand
interplay
chemistry
soil,
absorption,
transport,
response
deficiency,
well
develop
sustainable
strategies
deficiency
appears
widespread
prevalent
issue
crops
across
world,
resulting
severe
production
losses
that
compromise
nutritional
quality.
Considering
this,
enhancing
usage
efficiency
most
effective
strategy,
entails
improving
architecture
root
system,
absorption
complexes
by
organic
acids,
uptake
translocation
mechanisms
Here,
we
provide
overview
various
biotechnological
techniques
improve
utilization
ensure
quality
crop.
In
light
current
status,
effort
been
made
further
dissect
assimilation,
function,
symptoms
caused
As
result,
have
described
potential
information
on
diverse
solutions,
such
structure
alteration,
use
biostimulators,
nanomaterials,
may
used
efficiently
uptake,
thereby
assuring
agriculture.
Agrochemicals,
Journal Year:
2023,
Volume and Issue:
2(2), P. 296 - 336
Published: June 9, 2023
In
an
alarming
tale
of
agricultural
excess,
the
relentless
overuse
chemical
fertilizers
in
modern
farming
methods
have
wreaked
havoc
on
once-fertile
soil,
mercilessly
depleting
its
vital
nutrients
while
inflicting
irreparable
harm
delicate
balance
surrounding
ecosystem.
The
excessive
use
such
leaves
residue
products,
pollutes
environment,
upsets
agrarian
ecosystems,
and
lowers
soil
quality.
Furthermore,
a
significant
proportion
nutrient
content,
including
nitrogen,
phosphorus,
potassium,
is
lost
from
(50–70%)
before
being
utilized.
Nanofertilizers,
other
hand,
nanoparticles
to
control
release
nutrients,
making
them
more
efficient
cost-effective
than
traditional
fertilizers.
Nanofertilizers
comprise
one
or
plant
within
where
at
least
50%
particles
are
smaller
100
nanometers.
Carbon
nanotubes,
graphene,
quantum
dots
some
examples
types
nanomaterials
used
production
nanofertilizers.
new
generation
that
utilize
advanced
nanotechnology
provide
sustainable
method
fertilizing
crops.
They
designed
deliver
controlled
manner,
ensuring
gradually
released
over
extended
period,
thus
providing
steady
supply
essential
elements
plants.
controlled-release
system
fertilizers,
as
it
reduces
need
for
frequent
application
amount
fertilizer.
These
high
surface
area-to-volume
ratio,
ideal
holding
releasing
nutrients.
Naturally
occurring
found
various
sources,
volcanic
ash,
ocean,
biological
matter
viruses
dust.
However,
regarding
large-scale
production,
relying
solely
naturally
may
not
be
sufficient
practical.
agriculture,
has
been
primarily
increase
crop
minimizing
losses
activating
defense
mechanisms
against
pests,
insects,
environmental
challenges.
nanofertilizers
can
reduce
runoff
leaching
into
improving
sustainability.
also
improve
fertilizer
efficiency,
leading
higher
yields
reducing
overall
cost
application.
especially
beneficial
areas
inefficient
ineffective.
way
fertilize
crops
impact
product
promising
technology
help
meet
increasing
demand
food
Currently,
face
limitations,
costs
potential
safety
concerns
due
nanomaterials,
further
research
needed
fully
understand
their
long-term
effects
health,
growth,
environment.
Molecules,
Journal Year:
2022,
Volume and Issue:
27(15), P. 4754 - 4754
Published: July 25, 2022
Exploration
of
nanoparticles
(NPs)
for
various
biological
and
environmental
applications
has
become
one
the
most
important
attributes
nanotechnology.
Due
to
remarkable
physicochemical
properties,
silver
(AgNPs)
are
explored
used
NPs
in
wide-ranging
applications.
Also,
they
have
proven
be
high
commercial
use
since
possess
great
chemical
stability,
conductivity,
catalytic
activity,
antimicrobial
potential.
Though
several
methods
including
physical
been
devised,
approaches
using
organisms
such
as
bacteria,
fungi,
plants
emerged
economical,
safe,
effective
alternatives
biosynthesis
AgNPs.
Recent
studies
highlight
potential
AgNPs
modern
agricultural
practices
control
growth
spread
infectious
pathogenic
microorganisms
introduction
effectively
reduces
plant
diseases
caused
by
a
spectrum
bacteria
fungi.
In
this
review,
we
discuss
their
disease
management
with
recent
examples.
It
is
proposed
that
prospective
successful
inhibition
pathogen
management.
This
review
gives
better
understanding
new
AgNP
synthesis
modes
optimized
could
contribute
sustainable
agriculture.
Environmental Chemistry Letters,
Journal Year:
2022,
Volume and Issue:
20(4), P. 2709 - 2726
Published: April 14, 2022
Abstract
The
rising
population
is
increasing
food
demand,
yet
actual
crop
production
limited
by
the
poor
efficiency
of
classical
fertilizers.
In
particular,
only
about
40–60%
fertilizer
nitrogen,
15–20%
phosphorus
and
50–60%
potassium
are
used
plants,
rest
ending
polluting
environment.
Nanofertilizers
promising
alternatives.
Here,
we
review
plant
nutrients,
synthesis
zinc
oxide
nanoparticles,
encapsulation
nanoparticles
in
fertilizers,
effect
on
plants.
Bioengineering,
Journal Year:
2023,
Volume and Issue:
10(9), P. 1010 - 1010
Published: Aug. 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.
Molecules,
Journal Year:
2024,
Volume and Issue:
29(11), P. 2534 - 2534
Published: May 28, 2024
The
symbiotic
relationship
between
nitrogen-fixing
cyanobacteria
and
plants
offers
a
promising
avenue
for
sustainable
agricultural
practices
environmental
remediation.
This
review
paper
explores
the
molecular
interactions
nanoparticles,
shedding
light
on
their
potential
synergies
in
nanotechnology.
Delving
into
evolutionary
history
specialized
adaptations
of
cyanobacteria,
this
highlights
pivotal
role
fixing
atmospheric
nitrogen,
which
is
crucial
ecosystem
productivity.
discusses
unique
characteristics
metal
nanoparticles
emerging
applications
agriculture,
including
improved
nutrient
delivery,
stress
tolerance,
disease
resistance.
It
delves
complex
mechanisms
nanoparticle
entry
plant
cells,
intracellular
transport,
localization,
uncovering
impact
root-shoot
translocation
systemic
distribution.
Furthermore,
elucidates
cellular
responses
to
exposure,
emphasizing
oxidative
stress,
signaling
pathways,
enhanced
uptake.
as
carriers
essential
nutrients
implications
nutrient-use
efficiency
crop
yield
are
also
explored.
Insights
modulation
responses,
resistance,
phytoremediation
strategies
demonstrate
multifaceted
benefits
agriculture.
Current
trends,
prospects,
challenges
nanotechnology
discussed,
underscoring
need
responsible
safe
utilization.
By
harnessing
power
leveraging
attributes
paves
way
innovative,
sustainable,
efficient
practices.
Trends in Plant Science,
Journal Year:
2024,
Volume and Issue:
29(2), P. 150 - 166
Published: Jan. 16, 2024
Plants
are
exposed
to
multiple
threats
linked
climate
change
which
can
cause
critical
yield
losses.
Therefore,
designing
novel
crop
management
tools
is
crucial.
Chemical
priming
has
recently
emerged
as
an
effective
technology
for
improving
tolerance
stress
factors.
Several
compounds
such
phytohormones,
reactive
species,
and
synthetic
chimeras
have
been
identified
promising
agents.
Following
remarkable
developments
in
nanotechnology,
several
unique
nanocarriers
(NCs)
engineered
that
act
smart
delivery
systems.
These
provide
eco-friendly,
next-generation
method
chemical
priming,
leading
increased
efficiency
reduced
overall
usage.
We
review
NCs
(NENCs)
vehicles
agents
advanced
strategies,
address
challenges
opportunities
be
met
towards
achieving
sustainable
agriculture.
Waste Management Bulletin,
Journal Year:
2024,
Volume and Issue:
2(1), P. 152 - 161
Published: Jan. 6, 2024
Conventional
agriculture
heavily
relies
on
chemical
compounds,
adversely
impacting
health
and
ecosystems.
Ensuring
sustainable
soil
necessitates
the
intelligent
delivery
of
components
to
crop
plants
without
any
losses.
Nanomaterials
hold
significant
potential
for
enhancing
agrochemical
efficiency
(50%),
production
(10-20%),
health.
The
nanomaterial
improve
different
properties
its
mechanism
in
plant
compartments,
remains
poorly
understood.
This
review
addresses
critical
questions
regarding
role
NMs
improving
health,
effects
environment.
Highlighting
knowledge
gaps,
article
outlines
essential
areas
future
research
ensure
applications
nanotechnology
agriculture.
