The
microbiome,
a
collection
of
microorganisms
in
the
soil
environment,
has
recently
become
recognized
as
key
element
sustainable
agriculture.
There
are
an
estimated
one
million
to
billion
per
gram
agricultural
topsoil,
making
them
largest
and
most
complex
biotic
community
soil.
relationship
between
different
kinds
biological
organization,
such
genetic
variety
richness
variable
microbial
communities,
is
described
being
complicated.
Microorganisms
important
breakdown
organic
residue
involved
number
processes
that
support
plant
growth,
through
mineralization,
fixation,
solubilization,
nutrient
mobilization.
Auxin
gibberellin
hormones,
which
promote
released
by
controlled
interactions
among
roots
host
rhizosphere
bacteria.
produce
antagonistic
chemicals,
siderophores,
antibiotics,
other
compounds.
Many
species
form
symbiotic
relationships
with
microbes
order
profit
from
mineral
supplies
do
so
least
amount
energy
possible.
Through
isolation
formulation,
play
functions
microbiome
used
new
product
called
biofertilizers.
Physical
chemical
or
diversity
analysis
higher
organisms
cannot
provide
integrated
estimate
health,
but
can.
They
also
affect
ability
retain
water,
rate
infiltration,
compaction
susceptibility.
Before
physical
characteristics
could
be
observed,
shifts
population
activity
can
take
place,
acting
sign
improvement
early
detection
degradation.
Saudi Journal of Biological Sciences,
Journal Year:
2024,
Volume and Issue:
31(8), P. 104024 - 104024
Published: May 11, 2024
Microbial
fuel
cell
(MFC)
technology
is
getting
acceptance
as
an
emphatic,
sustainable
and
energy
efficient
alternative
of
conventional
wastewater
treatment
strategies.
MFCs
utilize
exoelectrogens
biocatalysts
to
degrade
the
complex
organic
substances
present
in
with
simultaneous
power
generation.
The
study
was
aimed
at
investigating
impact
MFC
electrode's
modification
CeO
Environmental Technology,
Journal Year:
2025,
Volume and Issue:
unknown, P. 1 - 12
Published: Jan. 5, 2025
P-chlorophenol
(4-CP)
and
hexavalent
chromium
(Cr
(VI))
are
predominant
contaminants
in
industrial
effluents,
eliciting
substantial
environmental
human
health
concerns.
As
a
strong
oxidant,
Cr
(Ⅵ)
has
the
potential
to
facilitate
removal
of
4-CP.
However,
specific
effect
remains
unclear.
In
this
experiment,
we
designed
three
different
reactors
based
on
constructed
wetland-microbial
fuel
cell
(CW-MFC)
technology
planted
with
Leersia
hexandra
Swartz
stacked
configuration,
multistage
modular
configuration.
The
co-pollutant
was
investigated
by
analysing
wastewater
purification,
electrochemical
performance,
growth
L.
hexandra.
results
showed
that
configuration
achieved
best
rates.
Furthermore,
generated
254.0
mV
voltage
150.60
mW·m−3
power
density.
These
findings
promise
for
detoxifying
containing
complex
mixtures
while
simultaneously
generating
electric
power.
Further
research
study
could
promote
treatment
make
progress
towards
sustainable
energy
production.