Open Life Sciences,
Journal Year:
2023,
Volume and Issue:
18(1)
Published: Jan. 1, 2023
This
study
aimed
to
explore
the
important
role
of
rhizosphere
microbiome
in
quality
Atractylodes
lancea
(Thunb.)
DC.
(A.
lancea).
The
microbial
community
A.
at
two
sampling
sites
was
studied
using
metagenomic
technology.
results
α-diversity
analysis
showed
that
richness
and
diversity
were
higher
Maoshan
area.
abundance
core
microorganisms
rhizosphere,
especially
Penicillium
Streptomyces,
area
compared
with
those
Yingshan
might
be
an
factor
affecting
yield
lancea.
Redundancy
illustrated
available
phosphorus
had
a
significant
effect
on
structure
We
also
plant-microbe
microbe-microbe
interactions
closer
than
area,
Streptomyces
main
contributors
potential
functional
difference
between
regions.
high
content
atractylodin
atractylon,
which
related
enhanced
Candidatus-Solibacter,
Frankia.
Taken
together,
this
provided
theoretical
insights
into
interaction
medicinal
plants
provides
valuable
reference
for
studying
beneficial
microbes
Soil Use and Management,
Journal Year:
2025,
Volume and Issue:
41(1)
Published: Jan. 1, 2025
Abstract
Biochar
and
N
fertilizers
can
significantly
influence
the
abundance
functionality
of
ammonia‐oxidizing
microorganisms
(AMO),
which
are
critical
for
nitrogen
cycling
soil
health.
This
study
investigates
synergistic
effects
combined
application
biochar
(2%
w/w)
different
fertilizers,
that
is
ammonium
chloride
(NH
4
Cl),
sodium
nitrate
(NaNO
3
)
NO
at
200
mg
kg
−1
each,
in
affecting
nitrification
processes
microbial
activities
later,
these
were
correlated
with
growth
Chinese
cabbage
under
acidic
conditions.
Our
results
indicated
Co‐application
NH
Cl
reduced
height
biomass
by
44.35%
38.52%,
respectively.
However,
association
enhanced
activity
ammonia
monooxygenase
(AMO)
47.87%
comparison
BCN1,
was
mainly
because
absorption
plant
leading
to
its
increased
biomass.
Moreover,
BCN3
treatment
reshaped
community
composition
relative
abundances
AOA‐
Nitrososphaera
AOB‐
norank_d_Bacteria
.
At
same
time,
decreased
norank_d_Archaea
Nitrosomonadaceae
,
negatively
affected
AMO
activities.
Consequently,
conjunction
could
enhance
activities,
resultantly,
provided
more
−
‐N
uptake
as
opposed
collaboration
soil.
In
conclusions,
improved
than
application.
These
highlight
potential
integrating
into
fertilization
practices
promote
sustainable
