Despite
FeSO4
as
a
nitrogen-retaining
agent
has
been
extensively
explored,
the
role
of
in
improving
compost
phosphorus
efficiency
is
rarely
addressed.
The
results
demonstrated
that
addition
1%
and
2%
significantly
boosted
available
(AP)
content
by
32.42%
119.42%
CK.
correlation
analysis
showed
dominant
bacterial
genera
(Pseudogracilibacillus
Tissierella)
unclassified_Lachnospiraceae,
Paenalcaligenes
thermophilic
phase
were
identified
crucial
microorganisms
on
AP
maturity
phase.
Based
cycle
genes,
it
appears
phosphorus-transports
system
may
be
main
pathway
through
which
acquired
during
chicken
manure
composting.
By
enhancing
activity
AP-related
genera,
improve
ability
ugp
phn
systems
to
transport
phosphorus,
thereby
increasing
efficacy
products.
Abstract
Phosphorus
(P)
is
a
macronutrient
that
plants
need
to
grow.
However,
most
of
the
soil’s
phosphorus
still
insoluble,
making
it
difficult
for
absorb.
This
creates
barrier
ecologically
responsible
farming
methods
and
calls
innovative
approaches
solubilization.
Solublizing
microorganisms
improve
availability
phosphorous
in
soil.
The
term
“phosphorus-solubilizing
microorganisms”
(PSMs)
describes
various
fungi
or
bacteria
divide
into
more
soluble
forms.
It
shows
how
PSMs
interact
with
their
processes
solubilize
phosphorus.
Soil
pH,
temperature,
nutrient
are
only
few
parameters
affecting
its
activity.
investigated
potential
increase
plant
absorption
use,
thereby
boosting
agricultural
yield
usage
efficiency.
use
effects
on
environment
also
evaluated.
By
using
PSMs,
farmers
may
less
chemical
fertilizers
contribute
runoff
eutrophication
waterways.
Furthermore,
soil
structure,
decrease
losses,
cycling,
all
which
health
long-term
viability
systems.
Phosphorus-solubilizing
have
enormous
promise
environmentally
land
management.
Better
availability,
greater
output,
pollution,
better
possible
outcomes
PSMs.
further
study
required
determine
best
application
strategies,
formulations,
choices
Incorporating
operations
can
potentially
environmental
sustainability
resilience.
article
will
explore
addressing
critical
challenges,
including
erosion,
runoff,
sustainable
practices,
resource
conservation.
Graphical
Abstract
Salt
stress,
intensified
by
climate
change,
is
a
significant
threat
to
rice
production,
vital
staple
for
over
half
the
world's
population.
This
makes
addressing
salt
stress
in
cultivation
pressing
issue.
study
investigates
role
of
PNSB
as
biostimulant
enhancing
salinity
tolerance
salt‐sensitive
seedlings,
existing
gaps
knowledge
on
physiological
and
biochemical
impacts
under
saline
stress.
We
inoculated
seedlings
with
80
mmol
NaCl
controlled
environment.
After
5‐day
treatment,
we
conducted
analyses.
Salinity
induced
oxidative
seedlings.
However,
application
5‐ALA‐producing
mitigated
elevated
5‐ALA
shoots
23%,
roots
190.5%,
chlorophyll
content
105.0%.
treatment
also
reduced
superoxide
radicals
(O
2
•−
)
H
O
26.7%
38.7%,
respectively,
related
increased
activity
antioxidant
enzymes,
SOD
(142.9%)
APX
(41.8%).
led
lower
electrolyte
leakage
(25.2%)
MDA
(17.4%),
indicating
ROS.
Additionally,
proline
soluble
sugar
decreased
29.2%
72.5%,
respectively.
sodium
potassium
ion
both
(31.2%)
(27.4%)
salt‐stressed
These
findings
suggest
that
may
facilitate
nutrient
solubilization
balance,
thereby
mitigating
adverse
effects
salinity,
potential
implications
sustainable
agricultural
practices
improve
crop
yield
environments.
Future
research
should
focus
elucidating
specific
pathways
involved
PNSB‐mediated
exploring
their
across
diverse
species
varying
conditions.
Chemical Communications,
Год журнала:
2023,
Номер
59(42), С. 6383 - 6386
Опубликована: Янв. 1, 2023
The
tunable
reactions
of
enaminones
with
phosphine
oxides/phosphonates
in
the
form
vicinal-
and
geminal
diphosphorylation,
C–N
bond
phosphorylation
have
been
developed,
providing
new
methods
for
synthesis
divergent
phosphorylated
molecules.
Sustainability,
Год журнала:
2023,
Номер
15(11), С. 8984 - 8984
Опубликована: Июнь 2, 2023
A
high
pH,
low
solubility
of
bound
plant
nutrients,
and
negative
impacts
on
microbial
communities
are
common
drawbacks
biomass
ash
(BA)
vermicomposting.
In
this
study,
nutrient-rich
BA
mixed
with
cow
manure
was
tested
at
three
different
application
rates
to
obtain
final
nitrogen
(N),
phosphorus
(P),
potassium
(K)
contents
3.5%,
7.0%,
10.0%
for
bio-based
fertilizers
via
The
results
showed
that
all
blends
made
increased
fermentation
temperatures
allowed
successful
worm
activity
during
the
subsequent
vermicomposting
phase.
order
indicator
enzyme
activities
in
samples
urease
(220
μg
NH4
g−1
h−1)
>
β-glucosidase
(95
PNP
alkaline
phosphatase
(91
arylsulfatase
(83
acid
(60
h−1).
As
an
nutrient
bioavailability,
correlations
were
observed
between
diversity
vermicompost
samples.
Determination
coefficients
(R2)
obtained
from
multiple
linear
regressions
bacterial
population
T0,
T1,
T2,
T3
determined
as
0.90,
0.65,
0.73,
respectively.
According
a
novel
metagenome-based
approach
proposed
within
scope
present
stimulatory
effects
Flavobacteriales,
Burkholderiales,
Saccharimonadales,
Pseudomonadales
found
be
significant
positive.
findings
study
demonstrated
composting
could
sustainable
technology
production
slow-release
fertilizer
waste
material.
The
effects
of
different
proportions
sheep
manure
(SM)
and
furfural
residue
(FR)
adding
microbial
agents
(MA)
on
compost
maturity,
substance
transformation
bacterial-fungal
communities
were
investigated.
Four
groups
designed
with
low
FR
ratio
(13SM+FR,
13SM+FR+MA)
high
(SM+FR+MA,
SM+FR),
among
them,
SM+FR+MA
13SM+FR+MA
both
added
0.4%
MA.
results
showed
that
after
30-days
pile
composting,
all
treatment
met
the
requirements
for
indicating
combined
composting
SM
feasible.
High
ratios
addition
MA
can
significantly
enhance
temperature
prolong
thermophilic
phase
during
process.
more
conducive
to
decomposition
organic
matter
(OM)
maturity.
Adding
promotes
metabolism
carbohydrates
proteins
by
altering
activity
enzymes
in
phase,
while
weakening
pathways
such
as
biosynthesis
secondary
metabolites
carbon
cooling
maturation
phase.
In
contrast
MA,
adjusting
proportion
raw
materials
easier
effective
reshape
composting.
addition,
reduce
abundance
pathogens
Rhodotorula,
Exophiala,
Scythalidium,
Lecythophora.
Therefore,
process,
be
directly
used
a
conditioner
higher
increase
C/N
are
strategies
inhibiting
enhancing
