In
this
study,
two
isolated
strains
of
nitrogen-fixing
bacteria,
NF1
(Bacillus
subtilis)
and
NF2
(Azotobacter
chroococcum),
were
added
to
cow
dung
compost
in
individual
(NF1,
NF2)
mixing
(NF3;
with
a
ratio
1:1).
The
results
revealed
that
the
total
nitrogen
levels
NF1,
NF3
treatments
increased
by
44.71%,
38.43%
55.35%,
respectively,
when
compared
Control
(without
bacteria
addition).
Meanwhile,
thermophilic
period
3
treated
groups
was
prolonged,
NH3
N2O
emissions
significant
reduced,
especially
for
NF-3
treatment.
Firmicutes
preponderant
stage,
while
Chloroflexi,
Proteobacteria
Bacteroidetes
mature
stage.
These
conformed
addition
composting
improved
bacterial
community
structure
benefited
retention.
The
biodegradation
of
lignocellulosic
biomass
is
a
practical
and
effective
method.
A
random
combination
six
isolates
two
purchased
strains
was
constructed
to
obtain
LXB,
the
degradation
lignocellulose
resulted
in
40.6%
after
168
hours.
total
1872
genes
that
were
differentially
expressed
involved
LXB
have
been
identified
Carbohydrate-Active
enZYmes
Database.
Genes
encode
cellulases
hemicellulase
abundance,
gene
encodes
displaying
highest
expression
at
initial
peak
stages
degradation.
Considerable
increase
Versatile
peroxidase
coenzyme
Alcohol
oxidase
lignin
catabolism.
catalyzes
breakdown
mainly
through
pathways
carbohydrate
metabolic
pathway,
catechol
discovered
benzoate
which
participates
lignin.
Additionally,
possesses
capability
degrade
harmful
exogenous
substances.
It
is
widely
known
that
the
organic
farming
system,
as
an
important
practice
for
sustainable
agriculture,
can
enhance
crop
yield
and
soil
properties
while
restraining
pests
diseases.
This
study
aims
to
exhibit
contrasting
responses
of
health
characteristics
conventional
coconut
in
orchards.
Twenty-four
samples
farms
were
collected
from
Mo
Cay
Bac,
Nam
districts
Ben
Tre
province
Vietnam.
Soil
physical,
chemical,
microbiological
monitored.
We
noticed
significant
improvements
NH4+,
available
phosphorus,
nitrogen
fixing
bacteria
cellulose
decomposing
22.3
mg
kg-1,
28.6
5.84
CFU
g-1
3.82
38.9
69.0
6.06
4.18
system.
Results
also
indicate
promoted
dehydrogenase
enzyme
activity
0.47
0.61
µg
TPF
hour-1.
Conversely,
negative
rates
recorded
actinomycetes,
fungi,
phosphorus
solubilizing
ranging
4.55,
3.65,
6.45
4.10,
3.46,
5.23
Organic
system
improved
relative
abundance
beta
diversity
bacterial
community
orders
such
Bacillales,
Frankiales,
Elsterales,
Pseudomonadales,
Pedosphaerales
beneficial
into
bulk
coconut.
Our
clearly
underlines
importance
adopting
management
pursuit
a
sustainable,
environmentally
friendly
production
coconuts
Mekong
Delta
In
conclusion,
help
shape
microbial
composition
recruit
coconut,
leading
quality
overall
In
this
study,
two
isolated
strains
of
nitrogen-fixing
bacteria,
NF1
(Bacillus
subtilis)
and
NF2
(Azotobacter
chroococcum),
were
added
to
cow
dung
compost
in
individual
(NF1,
NF2)
mixing
(NF3;
with
a
ratio
1:1).
The
results
revealed
that
the
total
nitrogen
levels
NF1,
NF3
treatments
increased
by
44.71%,
38.43%
55.35%,
respectively,
when
compared
Control
(without
bacteria
addition).
Meanwhile,
thermophilic
period
3
treated
groups
was
prolonged,
NH3
N2O
emissions
significant
reduced,
especially
for
NF-3
treatment.
Firmicutes
preponderant
stage,
while
Chloroflexi,
Proteobacteria
Bacteroidetes
mature
stage.
These
conformed
addition
composting
improved
bacterial
community
structure
benefited
retention.
