Frontiers in Environmental Science,
Journal Year:
2023,
Volume and Issue:
11
Published: July 31, 2023
The
uncontrolled
use
of
chemicals,
urban
wastes,
nuclear
resources,
mining,
petrochemicals
and
disposal
sewage
sludge
only
a
few
anthropogenic
activities
that
have
contributed
to
the
rapid
industrialization
severe
heavy
metal
contamination
soils
waterways.
Both
inorganic
organic
pollutants,
such
as
metals,
pesticides,
petroleum
hydrocarbons,
polycyclic
aromatic
can
impact
composition
functionality
soils.
Soils
plants
are
affected
by
pollution,
thus,
pose
dire
threat
food
security.
This
directly
renders
soil
unuseful
for
agricultural
purposes,
destroys
beneficial
microbes
in
soil,
reduces
matter
content,
causes
imbalance
nutrients,
affects
plant
growth
interaction
between
microbes,
subsequently
affecting
crop
productivity.
In
addition,
environmental
pollutants
affect
human
health,
leading
different
illnesses
headaches,
allergies,
coughs,
depression,
chest
pain,
nausea,
diabetes,
liver
problems,
cancers,
eye
so
on.
Remediation
(physical,
chemical
or
biological)
is
therefore
necessary
reduce
impacts
these
environment.
Bioremediations
involve
using
natural
products
from
plants,
on,
detoxify
environment
make
it
useful
productive
again.
A
key
type
remediation
Enhanced
Natural
Attenuation
(RENA)
which
involves
turning
promote
microbial
proliferation,
aeration,
nutrient
availability,
moisture
consequently,
degradation
pollutants.
review
discusses
technology
RENA,
associated
mechanism
its
action,
challenges
with
usage
recommendations
advance
RENA
sustainable
Sustainability,
Journal Year:
2022,
Volume and Issue:
14(6), P. 3667 - 3667
Published: March 21, 2022
The
field
of
biotechnology
presents
us
with
a
great
chance
to
use
many
organisms,
such
as
mushrooms,
find
suitable
solutions
for
issues
that
include
the
accumulation
agro-wastes
in
environment.
green
mushrooms
(Pleurotus
ostreatus
L.)
includes
myco-remediation
polluted
soil
and
water
well
bio-fermentation.
circular
economy
approach
could
be
effectively
achieved
by
using
oyster
L.),
which
substrate
their
cultivation
is
considered
vital
source
producing
biofertilizers,
animal
feeds,
bioenergy,
bio-remediators.
Spent
mushroom
also
crucial
applications,
including
production
enzymes
(e.g.,
manganese
peroxidase,
laccase,
lignin
peroxidase)
bioethanol.
sustainable
management
agro-industrial
wastes
plant-based
foods,
animal-based
non-food
industries)
reduce,
reuse
recycle
mushrooms.
This
review
aims
focus
on
biotechnological
applications
(P.
concerning
pollutants
bio-fermentation
environmental
protection.
study
can
open
new
windows
onto
synthesis
metal-nanoparticles,
nano-silver,
nano-TiO2
nano-ZnO.
More
investigations
are
needed
approaches.
Hydrobiology,
Journal Year:
2022,
Volume and Issue:
1(3), P. 288 - 303
Published: July 1, 2022
Industrialization,
natural
processes,
and
urbanization
have
potentially
accelerated
the
pace
level
of
heavy
metals
(HMs)
in
soil
underground
water.
These
HMs
may
be
accumulated
plants
animals
when
they
take
up
such
contaminated
water,
then
make
their
way
into
human
food
chains.
Several
remediation
technologies
been
employed
to
HMs.
Diverse
conventional
means
as
ion
exchange,
electrolytic
technologies,
chemical
extraction
past,
but
majority
these
techniques
are
not
economical
for
extensive
projects
need
stringent
control
continuous
monitoring.
also
low
efficiency
effective
removal
In
this
context,
algae
offer
an
eco-friendly
sustainable
alternative
from
polluted
The
accumulation
by
macro
microalgae
is
advantageous
phycoremediation
compared
other
approaches
that
environmentally
friendly.
So,
there
urgent
necessity
refine
chances
algae,
employing
genetic
engineering
create
transgenic
species
over-expressing
metallothioneins
phytochelatins,
which
form
complexes
with
store
them
vacuoles
maximum
use
phytoaccumulation
while
removing
hazardous
aquatic
habitats.
This
review
outlines
major
sources
HMs,
adverse
effects
on
humans,
potential
phytoremediation
(called
phycoremediation),
uptake
mechanism
Sustainability,
Journal Year:
2022,
Volume and Issue:
14(7), P. 4328 - 4328
Published: April 6, 2022
Soil
is
the
main
component
in
agroecosystem
besides
water,
microbial
communities,
and
cultivated
plants.
Several
problems
face
soil,
including
soil
pollution,
erosion,
salinization,
degradation
on
a
global
level.
Many
approaches
have
been
applied
to
overcome
these
issues,
such
as
phyto-,
bio-,
nanoremediation
through
different
management
tools.
Mushrooms
can
play
vital
role
bio-nanoremediation,
especially
under
biological
synthesis
of
nanoparticles,
which
could
be
used
bioremediation
process.
This
review
focuses
green
nanoparticles
using
mushrooms
potential
bio-nanoremediation
for
polluted
soils.
The
distinguished
roles
improvement
are
considered
crucial
dimension
sustainable
management,
may
include
controlling
improving
aggregates,
increasing
organic
matter
content,
enhancing
bioavailability
nutrients,
resorting
damaged
and/or
field
still
requires
further
investigation,
particularly
regarding
Farming System,
Journal Year:
2024,
Volume and Issue:
2(3), P. 100098 - 100098
Published: May 16, 2024
Global
climate
change,
soil
and
water
scarcity,
degradation
increasing
population
are
putting
tremendous
pressure
on
current
agriculture
food
production
systems.
These
factors
threatening
the
food–
nutritional–
security
not
only
at
regional
level
but
also
global
scale.
In
addition
to
these,
mismanagement
of
agro-industrial
waste
rampant
burning
crop
residues
has
adverse
impact
environment
public
health
risk.
As
a
result,
in
order
maintain
nutritional
security,
it
is
critical
improve
management
recycling
for
farming
other
allied
sectors.
Mushroom
potential
alleviate
poverty,
hunger,
malnutrition
fulfil
security.
Mushrooms
highly
nutritious
that
used
all
over
world
as
tonic,
medicine,
dietary
food.
grown
lignocellulose
substrates
such
residue,
processed
waste,
horticultural
saw
dust,
wood
chips.
So,
mushroom
cultivation
converts
low–quality
low
value
materials
high–quality
this
review,
we
discuss
future
strategies
improving
quality
including
breeding
aspect
reducing
greenhouse
gas
(GHG)
emission/global
warming.
Further,
interlink
with
various
substrate
quantity
farming,
review
role
zero
farming.
Annals of Animal Science,
Journal Year:
2024,
Volume and Issue:
24(4), P. 1007 - 1024
Published: Jan. 24, 2024
Abstract
Pesticides
and
heavy
metals
are
considered
as
potent
contaminants
in
aquatic
environment.
Both
sourced
into
the
ecosystems
by
various
types
of
anthropogenic
well
natural
practices.
Such
contamination
drastically
affect
normal
activity
associated
living
organisms
particularly
fish.
pesticides
toxicity
cause
several
negative
effects
on
fish
growth,
physiology,
immune
response,
reproduction,
embryonic
larval
development
different
histopathology
major
organs
including
gill,
kidney,
liver,
gonads,
intestine.
Besides,
consumption
contaminated
poses
a
serious
health
concern
to
consumers.
Considering
these
issues,
current
review
is
designed
investigate
toxic
aspects
fishes
along
with
their
possible
sources,
types,
mode
action
role
medicinal
herbs
mitigate
toxicity.
