ACS symposium series,
Год журнала:
2023,
Номер
unknown, С. 99 - 124
Опубликована: Ноя. 30, 2023
In
the
present
state
of
environmental
degradation
world
where
plastic
pollution
has
become
a
major
concern,
resultant
microplastic
(MP)
occurrence
is
rapidly
growing
debate
irrespective
geographical
boundary
or
compartments.
Notwithstanding
that
soil
principal
sink
residues;
unfortunately,
it
remained
almost
unexplored
compared
to
aquatic
environment.
However,
researchers
in
their
quest
for
'Green'
solution
this
colossal
issue
have
globally
extensively
worked
on
bioremediation
MP
from
current
study,
we
unveiled
that,
bacteria,
fungi,
plants,
biochar,
earthworms,
and
even
larvae
some
species,
are
being
used
advance
potential
technique
MPs.
process,
polymers
broken
down
innocuous
monomers,
like
carbon-di-oxide,
methane,
water,
biomass
by
action
wide
range
micro-organisms.
Moreover,
since
effectiveness
method
sensitive
different
types
biotic-abiotic
factors,
condition
soil,
MPs
microorganisms
involved;
various
optimization
techniques,
devised
improve
process.
Considering
advantages
necessity
imperative
conduct
rigorous
comprehensive
research
work
more
optimized
techniques;
encourage
be
implemented
largely
contaminated
sites
around
world.
Abstract
Nanobiochar
represents
a
novel
intersection
of
nanotechnology
and
sustainable
agriculture,
holding
promise
for
addressing
contemporary
challenges
in
soil
health,
carbon
sequestration,
resource
efficiency.
Synthesis
methods,
unique
physicochemical
properties,
potential
applications
various
sectors
are
systematically
analysed,
contributing
to
deeper
understanding
this
innovative
bio-based
nanomaterial.
The
social
impact
nanobiochar
is
investigated,
highlighting
its
role
creating
livelihoods,
fostering
community
engagement,
promoting
inclusive
agricultural
practices.
review
also
includes
the
soil-related
effects
nanobiochar.
Nanobiochar’s
mitigating
degradation,
enhancing
fertility,
agriculture
practices
studied.
paper
evaluates
sequester
effectively
contribute
climate
change
mitigation
efforts.
Furthermore,
attention
directed
towards
environmental
considerations
ethical
implications
associated
with
use
This
offers
comprehensive
viewpoint
on
environment
agriculture.
ACS symposium series,
Год журнала:
2023,
Номер
unknown, С. 99 - 124
Опубликована: Ноя. 30, 2023
In
the
present
state
of
environmental
degradation
world
where
plastic
pollution
has
become
a
major
concern,
resultant
microplastic
(MP)
occurrence
is
rapidly
growing
debate
irrespective
geographical
boundary
or
compartments.
Notwithstanding
that
soil
principal
sink
residues;
unfortunately,
it
remained
almost
unexplored
compared
to
aquatic
environment.
However,
researchers
in
their
quest
for
'Green'
solution
this
colossal
issue
have
globally
extensively
worked
on
bioremediation
MP
from
current
study,
we
unveiled
that,
bacteria,
fungi,
plants,
biochar,
earthworms,
and
even
larvae
some
species,
are
being
used
advance
potential
technique
MPs.
process,
polymers
broken
down
innocuous
monomers,
like
carbon-di-oxide,
methane,
water,
biomass
by
action
wide
range
micro-organisms.
Moreover,
since
effectiveness
method
sensitive
different
types
biotic-abiotic
factors,
condition
soil,
MPs
microorganisms
involved;
various
optimization
techniques,
devised
improve
process.
Considering
advantages
necessity
imperative
conduct
rigorous
comprehensive
research
work
more
optimized
techniques;
encourage
be
implemented
largely
contaminated
sites
around
world.
