Microorganisms,
Journal Year:
2022,
Volume and Issue:
10(6), P. 1204 - 1204
Published: June 13, 2022
Green
tides
caused
by
Ulva
prolifera
occur
annually
in
the
Yellow
Sea,
potentially
influencing
marine
microorganisms.
Here,
we
focused
on
variations
bacterial
and
archaeal
communities
during
an
U.
green
tide
coastal
Qingdao
areas
with
Illumina
high-throughput
sequencing
analysis.
Our
results
revealed
that
diversity
structure
of
communities,
as
well
organization
microbial
co-occurrence
networks,
varied
tide.
The
decline
phase
may
be
favorable
to
richness.
community,
showed
clear
between
outbreak
phases.
A
simpler
less
connected
network
was
observed
compared
phase.
Flavobacteriales
Rhodobacterales
separately
dominated
community
phase,
Marine
Group
II
(MGII)
Combined
analysis,
Flavobacteriales,
MGII
important
organisms
Temperature,
chlorophyll
a
content
salinity
have
impact
mLife,
Journal Year:
2025,
Volume and Issue:
4(2), P. 205 - 218
Published: April 1, 2025
Abstract
Microorganisms
dominate
marine
environments
in
the
polar
oceans
and
are
known
to
harbor
greater
diversity
abundance
than
was
once
thought,
yet,
little
is
about
their
biogeographic
distribution
patterns
sediments
at
a
broad
spatial
scale.
In
this
study,
we
conducted
extensive
sampling
of
along
latitudinal
transect
spanning
2500
km
from
Bering
Sea
Arctic
Ocean
investigate
geographical
bacteria,
archaea,
fungi.
Our
findings
revealed
that
community
similarities
bacteria
fungi
decay
similar
rates
with
increasing
distance
(slope:
−0.005
−0.002),
which
much
lower
rate
archaeal
communities
−0.012).
Notably,
microbial
richness
composition
showed
significant
differences
region
75−80°N
compared
other
regions
60−75°N.
Salinity,
temperature,
pH,
ammonium
nitrogen,
total
organic
carbon
key
factors
significantly
affect
variations.
Furthermore,
bacterial
co‐occurrence
networks
more
complex
interactions
but
modularity
fungal
counterparts.
This
study
provides
crucial
insights
into
will
be
critical
for
better
understanding
global
ecological
functions.
BMC Microbiology,
Journal Year:
2025,
Volume and Issue:
25(1)
Published: May 2, 2025
Elemental
sulfur
is
widely
used
in
fungicide
applications
to
control
crop
diseases
agricultural
systems,
but
its
effects
on
soil
microbial
communities
are
largely
unknown.
In
China,
significant
amounts
of
elemental
sprayed
annually
rubber
plantations
support
performance.
To
investigate
the
spraying
diversity,
composition,
interactions,
and
functionalities
plantation
soil,
samples
from
Yunnan,
South
were
collected,
bacterial
fungal
analyzed
through
high-throughput
sequencing.
Results
showed
that
application
did
not
alter
alpha
diversity
beta
community.
Notably,
disturbed
relative
abundances
Chloroflexi
Planctomycetes.
Certain
bacteria
(e.g.,
Bacillus
Sinomonas)
thrived
under
treatment,
influencing
nutrient
cycling.
The
ecological
network
analysis
revealed
enhanced
interconnections.
Sulfur
had
a
limited
impact
phenotypes
community
functions,
yet
it
inhibited
compound
respiration.
These
findings
indicate
can
shift
composition
influence
cycling
by
favoring
specific
groups.
Despite
phenotypes,
affects
key
metabolic
processes,
such
as
respiration,
which
vital
for
health
activity.
results
highlight
need
sustainable
management
optimize
plantations.
Applied and Environmental Microbiology,
Journal Year:
2023,
Volume and Issue:
89(7)
Published: July 5, 2023
Although
there
are
approximately
25
million
seamounts
in
the
ocean,
surprisingly
little
is
known
about
seamount
microbial
ecology.
We
provide
evidence
that
island-like
habitats
harboring
communities
distinct
from
those
of
nonseamount
habitats,
and
they
exhibit
a
distance-decay
pattern.
Frontiers in Microbiology,
Journal Year:
2023,
Volume and Issue:
14
Published: March 8, 2023
Microbial
communities
in
freshwater
lake
sediments
exhibit
a
distinct
depth-dependent
variability.
Further
exploration
is
required
to
understand
their
biodiversity
pattern
and
microbial
interactions
vertical
sediments.
In
this
study,
sediment
cores
from
two
lakes,
Mugecuo
(MGC)
Cuopu
(CP),
on
the
Tibetan
plateau
were
sampled
subsequently
sliced
into
layers
at
depth
of
every
centimeter
or
half
centimeter.
Amplicon
sequencing
was
used
analyze
composition,
diversity,
interaction
communities.
Results
showed
that
samples
both
lakes
could
be
clustered
groups
about
20
cm,
with
obvious
shifts
community
compositions.
MGC,
richness
component
dominated
β-diversity
increased
depth,
indicating
deep
layer
MGC
selected
surface
layer.
Conversely,
replacement
CP,
implying
high
turnover
rate
inactive
seed
banks
variety
A
co-occurrence
network
analysis
negative
prevalent
nutrient
concentrations,
while
positive
more
common
low
suggesting
are
influenced
by
conditions
Additionally,
results
highlight
significant
contributions
abundant
rare
taxa
fluctuations
β-diversity,
respectively.
Overall,
work
deepens
our
understanding
patterns
fluctuation
columns,
particularly
plateau.
Microorganisms,
Journal Year:
2022,
Volume and Issue:
10(6), P. 1204 - 1204
Published: June 13, 2022
Green
tides
caused
by
Ulva
prolifera
occur
annually
in
the
Yellow
Sea,
potentially
influencing
marine
microorganisms.
Here,
we
focused
on
variations
bacterial
and
archaeal
communities
during
an
U.
green
tide
coastal
Qingdao
areas
with
Illumina
high-throughput
sequencing
analysis.
Our
results
revealed
that
diversity
structure
of
communities,
as
well
organization
microbial
co-occurrence
networks,
varied
tide.
The
decline
phase
may
be
favorable
to
richness.
community,
showed
clear
between
outbreak
phases.
A
simpler
less
connected
network
was
observed
compared
phase.
Flavobacteriales
Rhodobacterales
separately
dominated
community
phase,
Marine
Group
II
(MGII)
Combined
analysis,
Flavobacteriales,
MGII
important
organisms
Temperature,
chlorophyll
a
content
salinity
have
impact
