BIO Web of Conferences,
Journal Year:
2023,
Volume and Issue:
69, P. 02006 - 02006
Published: Jan. 1, 2023
Intensive
agricultural
land
with
a
limiting
factor
of
acidity
often
has
great
degree
phosphate
elements
but
is
not
accessible
to
plants.
The
utilization
bio-phosphate
fertilizer
(Bio-P)
an
effort
enhance
the
available
P
for
plants
support
sustainable
development.
This
research
evaluated
effectiveness
Bio-P
on
growth
performance
and
production
irrigated
lowland
rice.
was
accomplished
in
Gemolong
District,
Sragen
Regency,
Central
Java,
Indonesia,
from
May
October
2021.
set
randomized
block
design
corresponded
ten
treatments
four
replications.
treatment
fertilization
according
recommended
dose,
dose
+
Bio-P,
existing
farmers'
without
fertilization.
data
observed
included
plant
growth,
yield
components,
production,
agronomic
economic
feasibility
assessments.
findings
revealed
that
did
significantly
affect
yield.
extension
10
kg
ha-1
produced
highest
value
3.56
profit
IDR
25,400,400
RAE
110.25%.
Current Research in Microbial Sciences,
Journal Year:
2024,
Volume and Issue:
7, P. 100251 - 100251
Published: Jan. 1, 2024
The
adoption
of
sustainable
agricultural
practices
is
increasingly
imperative
in
addressing
global
food
security
and
environmental
concerns,
with
microbial
based
bio-inoculums
emerging
as
a
promising
approach
for
nurturing
soil
health
fostering
crop
production.This
review
article
explores
the
potential
bio-inoculumsor
biofertilizers
transformative
toenhance
plant
disease
resistance
growth.
It
commercial
prospects
biofertilizers,
highlighting
their
role
concerns
associated
conventional
fertilizers
while
meeting
growing
demand
eco-friendly
practices.
Additionally,
this
discusses
future
emphasizing
ongoing
advancements
biotechnology
formulation
techniques
that
are
expected
to
enhance
efficacy
applicability.
Furthermore,
provides
insights
into
strategies
successful
acceptance
among
farmers,
including
importance
quality
control,
assurance,
education
initiatives
raise
awareness
about
benefits
overcome
barriers
adoption.
By
synthesizing
current
research
findings
industrial
developments,
offers
valuable
guidance
stakeholders
seeking
exploit
or
beneficial
microbes
promote
health,
ensure
production,
challenges
modern
agriculture.
Bacteria,
Journal Year:
2023,
Volume and Issue:
2(3), P. 129 - 141
Published: Aug. 6, 2023
Manganese
(Mn)
is
essential
for
plant
growth,
as
it
serves
a
cofactor
enzymes
involved
in
photosynthesis,
antioxidant
synthesis,
and
defense
against
pathogens.
It
also
plays
role
nutrient
uptake,
root
soil
microbial
communities.
However,
the
availability
of
Mn
can
be
limited
due
to
factors
like
pH,
redox
potential,
organic
matter
content,
mineralogy.
The
excessive
use
chemical
fertilizers
containing
lead
negative
consequences
environmental
health,
such
water
pollution.
Recent
research
highlights
significance
interactions
enhancing
uptake
plants,
offering
more
environmentally
friendly
approach
address
deficiencies.
Microbes
employ
various
strategies,
including
pH
reduction,
acid
production,
promotion
increase
bioavailability.
They
produce
siderophores,
anti-pathogenic
compounds,
form
symbiotic
relationships
with
thereby
facilitating
transport,
stimulating
while
minimizing
impacts.
This
review
explores
impacting
mobility
problems
caused
by
scarcity
fertilizers,
consequences.
Furthermore,
investigates
potential
different
microbes
addressing
these
challenges
using
methods.
suggests
that
could
promising
strategy
improving
resulting
enhanced
agricultural
productivity
sustainability.
further
needed
fully
understand
interactions’
mechanisms
optimize
their
practices.
Deleted Journal,
Journal Year:
2025,
Volume and Issue:
7(1)
Published: Jan. 10, 2025
Abiotic
stresses,
particularly
drought,
pose
a
significant
threat
to
global
agriculture
and
affect
crop
yield
quality.
Plant
Growth-Promoting
Rhizobacteria
(PGPR)
have
emerged
as
promising
solution
for
mitigating
these
stresses
enhancing
plant
resilience.
This
review
explores
the
role
of
PGPR
in
alleviating
abiotic
stress
with
special
focus
on
drought.
contribute
tolerance
through
various
mechanisms,
including
production
phytohormones,
such
indole-3-acetic
acid,
enhancement
nutrient
uptake,
modulation
responses.
These
bacteria
can
improve
soil
structure,
increase
water
retention,
promote
synthesis
osmoprotectants,
which
helps
plants
withstand
drought
conditions.
examines
recent
advancements
our
understanding
molecular
physiological
interactions
between
under
stress.
highlights
how
genetic
modifications
synthetic
biology
be
leveraged
enhance
efficacy.
Furthermore,
integration
other
technologies,
nanotechnology
biostimulants,
has
been
discussed
means
improving
resistance
crops.
Challenges
deploying
PGPR,
variability
strain
effectiveness
field
application
strategies,
were
also
addressed.
By
synthesizing
current
knowledge
identifying
future
research
directions,
this
aims
provide
comprehensive
overview
employed
combat
support
sustainable
agriculture.
findings
emphasize
potential
key
component
integrated
management
offering
pathway
resilience
ensuring
food
security
face
climate
change.
Environment Conservation Journal,
Journal Year:
2025,
Volume and Issue:
26(1), P. 91 - 99
Published: Feb. 20, 2025
Phosphorus
(P)
fractions
play
a
critical
role
in
the
soil
P
cycle,
especially
P-deficient
soils,
by
determining
availability
of
phosphorus
to
plants
and
influencing
balance
between
inputs,
transformations,
losses.
A
randomized
field
trial
was
conducted
with
13
treatments,
including
control
two
depths
(0-15
cm
15-30
cm)
for
consecutive
years,
Kharif
seasons
during
June
December
2022-2023.
Application
phosphatic
fertilizers
significantly
improved
following
parameters;
percentage
pore
space,
water
holding
capacity,
pH,
organic
carbon,
nutrient
availability.
The
increased
up
52
kg/ha
0–15
depth,
while
nitrogen
maximum
at
290
treatments
higher
application
phosphorus.
Organic
carbon
content
from
0.29%
(control)
0.45%
rock
phosphate
combinations.
highest
grain
output
obtained
treatment
triple
super
(TSP)
(RP)
T12,
which
recorded
65.75
pods
per
plant
2325.7
kg
hectare,
thus
indicating
beneficial
effect
high
levels
on
total
yield.
Stover
yield
also
phosphorus-rich
reaching
3001.5
hectare
T12.
These
results
show
that
TSP
combined
may
easily
increase
fertility
soil,
enhance
availability,
rise
crop
therefore
is
one
promising
ways
improve
agricultural
effectiveness
under
phosphorus-deficient
conditions.
Since
the
development
of
a
practical
use
particular
natural
or
genetically
altered
microorganisms,
there
has
been
high
interest
in
understanding
persistence
inoculation
fungal
and
bacterial
strains
field
potential
effects
their
release
on
native
microbial
communities.
Structural
changes
communities
may
result
from
soil
seed
bacterization,
which
is
crucial
for
secure
introduction
into
environment.
It
was
acknowledged
that
applying
inoculants
can
change
temporarily
vicinity's
However,
key
issue
resides
how
affected
taxonomic
groups
alter
functional
capacities
These
alterations
be
caused
directly
by
trophic
competitions
interactions
with
local
indirectly
increased
root
exudation.
Blending
might
not
always
additive
synergistic
impact
lead
instead
to
competitive
process.
Future
studies
should
concentrate
determining
influence
extent
crops
ability
plant-soil-microbiota
act
as
protective
barrier.
