Sains Malaysiana,
Journal Year:
2024,
Volume and Issue:
53(12), P. 3871 - 3881
Published: Dec. 31, 2024
The
high
demand
for
garlic
(Allium
sativum
L.)
has
led
to
efforts
improve
its
productivity.
Garlic
endophytic
bacteria
have
been
found
boost
the
growth
of
plants
and
protect
them
from
diseases
without
any
harmful
effects
on
host.
objective
study
was
isolate
characterise
present
in
healthy
local
Indonesian
variety
‘Tawangmangu
Baru’
towards
developing
as
plant
growth-promoting
improving
quality
isolation
performed
leaves
roots
during
vegetative
phase.
A
total
20
isolated
were
characterised
by
their
morphology
tested
ability
fix
nitrogen
(N),
produce
auxin
(IAA),
solubilise
phosphate.
All
isolates
able
nitrogen,
with
15
be
Gram-positive
having
bacilli
cell
shape.
Furthermore,
8
shown
auxin,
while
10
phosphate,
both
groups
originating
root
sample.
Five
potential
identified
nitrogen-fixing,
IAA-producing,
phosphate-solubilising,
highest
values
IAA
concentration
Phosphate
Solubilisation
Index
(PSI)
being
10.71
ppm
2.00,
respectively.
These
5
bacterial
genetically
similar
Lysobacter
tolerans,
Enterobacter
cloacae,
huaxiensis,
Klebsiella
oxytoca,
hormaechei.
hold
promise
(PGPB)
enhance
production
qualitatively
quantitatively.
Journal of Plant Growth Regulation,
Journal Year:
2024,
Volume and Issue:
unknown
Published: Nov. 14, 2024
Abstract
The
goal
of
sustainable
agriculture
is
to
meet
the
rising
need
for
food,
while
minimizing
adverse
impacts
on
environment,
protecting
natural
resources,
and
ensuring
agricultural
output
over
long
term.
pressing
increase
yield
through
being
emphasized.
Several
Bacillus
species
have
been
used
as
commercial
biopesticides
since
they
can
act
against
plant
pathogens
by
potentially
suppressing
them.
At
same
time,
growth-promoting
rhizobacteria
are
known
their
diverse
characteristics
beneficial
properties,
making
them
potential
candidates
use
crop
production
programs.
Knowledge
genetic
information
opens
door
possibility
understanding
way
these
microorganisms
behave.
By
applying
biotechnological
tools
,
strategies
be
adopted
purpose
increasing
crops
managing
pests
that
infect
In
this
review,
we
identify
genes
in
most
significant
spp.
contribute
improvement.
important
advance
computational
approaches
described
provide
an
extended
vision
topic.
However,
application
microbial
strains
requires
a
multifaceted
approach
considers
ecological,
economic,
social
aspects.
implementing
practices,
work
towards
resilient
system
meets
growing
food
demand,
preserving
environment
future
generations.
Ecological Research,
Journal Year:
2023,
Volume and Issue:
39(2), P. 159 - 168
Published: Dec. 18, 2023
Abstract
The
effects
of
releasing
carbon
from
the
terrestrial
pool
into
atmosphere
have
significant
long‐term
and
short‐term
implications
that
affect
many
parts
our
globe.
Agricultural
fields
might
help
to
address
these
concerns
provide
cost‐effective
solutions,
such
as
lowering
dioxide
levels
(CO
2
)
in
while
raising
soil.
In
order
increase
agricultural
land's
potential
absorb
store
carbon,
proper
selection
suitable
microbial
inoculants
with
capability
sequester
soils
is
critical.
Soil
quality
characteristics
would
improve
a
result,
atmospheric
therefore
be
reduced.
microbes
influence
level
organic
matter,
which
has
an
impact
on
soil's
ecological
system
characteristics.
play
role
sequestration
by
regulating
multiple
distinct
pathways
for
CO
inputs
losses,
biochemical
processes
could
,
capacity
sediment
carbonates,
rigid
nature
their
components
vegetative
tissues,
or
composition
complex
substances
preserve
Further
research
needed
investigate
if
particular
strains
can
will
enhance
soil
prevent
climate
change.
Sains Malaysiana,
Journal Year:
2024,
Volume and Issue:
53(12), P. 3871 - 3881
Published: Dec. 31, 2024
The
high
demand
for
garlic
(Allium
sativum
L.)
has
led
to
efforts
improve
its
productivity.
Garlic
endophytic
bacteria
have
been
found
boost
the
growth
of
plants
and
protect
them
from
diseases
without
any
harmful
effects
on
host.
objective
study
was
isolate
characterise
present
in
healthy
local
Indonesian
variety
‘Tawangmangu
Baru’
towards
developing
as
plant
growth-promoting
improving
quality
isolation
performed
leaves
roots
during
vegetative
phase.
A
total
20
isolated
were
characterised
by
their
morphology
tested
ability
fix
nitrogen
(N),
produce
auxin
(IAA),
solubilise
phosphate.
All
isolates
able
nitrogen,
with
15
be
Gram-positive
having
bacilli
cell
shape.
Furthermore,
8
shown
auxin,
while
10
phosphate,
both
groups
originating
root
sample.
Five
potential
identified
nitrogen-fixing,
IAA-producing,
phosphate-solubilising,
highest
values
IAA
concentration
Phosphate
Solubilisation
Index
(PSI)
being
10.71
ppm
2.00,
respectively.
These
5
bacterial
genetically
similar
Lysobacter
tolerans,
Enterobacter
cloacae,
huaxiensis,
Klebsiella
oxytoca,
hormaechei.
hold
promise
(PGPB)
enhance
production
qualitatively
quantitatively.
