Frontiers in Plant Science,
Journal Year:
2024,
Volume and Issue:
15
Published: May 15, 2024
The
large-scale
planting
of
potatoes
leads
to
soil
degradation,
thus
limiting
the
potato
yield.
An
effective
method
improving
quality
involves
combined
application
biochar
and
organic
fertilizer.
However,
proportion
fertilizer
at
which
yield
can
be
improved,
as
well
improvement
mechanism,
remain
unclear.
Sustainability,
Journal Year:
2023,
Volume and Issue:
15(11), P. 8700 - 8700
Published: May 27, 2023
Biochar
is
known
as
a
well-developed
porous
carbonaceous
material
with
multifunctional
abilities
that
can
enhance
the
physical
properties
of
soils.
However,
lack
certainty
about
consequences
biochar
application
to
soils
has
limited
its
acceptability.
Application
lead
series
changes
in
functions
soil,
which
are
crucial
both
agricultural
and
environmental
management.
The
type
feedstock,
pyrolysis
conditions,
size
particles,
rate
amendments
responsible
for
effectiveness.
Concurrently,
characteristics
such
particle-size
distribution,
intensify
impacts.
Beside
attributes,
chemical
components
interactions
between
soil
interface
may
play
an
important
role.
properties,
value
electrical
conductivity,
pH
zeta
potential,
remarkable
parameters
hydrophysical
behavior.
summary
proposes
great
contribution
In
enhancing
definite
range
aggregation
formation,
reduction
compaction
shear
strength
frequency
and/or
intensity,
improvement
microorganisms
activity,
abundance.
Simultaneously,
plays
devastating
role
by
filling
pores,
blocking
water
flow
pathways,
inhibiting
macro
fauna
growth.
Particle
major
factor,
surface
functional
groups
minor
affect
performance
improving
amended
increment
dosage
not
promising
Therefore,
it
necessary
find
balance
consumption
promotion
soil-water
dynamic.
This
review
provides
overview
fastidious
perspectives
on
how
achieve
efficient
sustainable
use
properties.
Plants,
Journal Year:
2025,
Volume and Issue:
14(4), P. 529 - 529
Published: Feb. 9, 2025
The
effect
of
fertilization
strategies
involving
biochar,
compost,
and
inorganic
N
on
growth
phytochemical
accumulation
in
turnips
was
studied
a
greenhouse
pot
experiment.
experiment
carried
out
with
six
fertilizer
treatments:
unfertilized
soil
(US),
compost
(120
g/pot)
+
biochar
(20
(C
B),
0.5
g
N/pot
N),
(B
B
(pre-plant
mineral
1
(PF
N)).
Compost,
pre-plant
were
incorporated
into
the
top
10
cm
soil,
while
applied
weekly
equal
amounts.
application
C
N,
compared
to
alone,
reduced
plant
Ca
Mg
uptake
but
did
not
affect
dry
biomass
production.
Using
or
without
proved
be
viable
sustainable
strategy,
achieving
high
yields
similar
lower
no
addition
other
nutrients.
increase
due
enhanced
nutrient
uptake,
resulting
from
synergy
between
amount
N.
co-applications
nitrate
levels
both
shoots
roots
left
more
fertile
than
fertilized
fertilization.
Fertilization
differently
affected
ascorbic
acid,
total
phenols,
polyphenol
oxidase,
proline
shoots.
Inorganic
acid
phenols
shoots,
combination
effective
roots,
suggesting
that
should
tailored
tissue-specific
goals.
Frontiers in Microbiology,
Journal Year:
2025,
Volume and Issue:
16
Published: March 28, 2025
The
application
of
exogenous
organic
carbon
represents
a
significant
strategy
for
enhancing
soil
fertility
and
promoting
sustainable
agricultural
development.
This
approach
modifies
the
physicochemical
properties
influences
microbial
community
structures,
consequently
improving
crop
yield
quality.
Nevertheless,
mechanisms
underlying
responses
to
various
forms
active
remain
poorly
understood
require
further
investigation.
A
1-year
follow-up
experiment
was
conducted
examine
effects
different
sources
on
quality
cut
roses,
along
with
characteristics
bacterial
community.
results
indicated
that
applying
fertiliser
biochar
significantly
enhanced
productivity
demonstrating
sustained
growth-promoting
effect.
Organic
provides
more
active,
readily
oxidisable
compared
biochar.
In
contrast,
supplies
stable
carbon,
including
inert
is
difficult
oxidise,
firm
(FOC),
total
which
has
high
degree
humification
exceeds
fertiliser.
not
only
altered
abundance,
diversity,
composition
rhizosphere
but
also
enriched
beneficial
microorganisms.
Redundancy
analysis
FOC,
available
phosphorus,
matter
were
primary
factors
influencing
this
study
demonstrated
exerted
positive
indirect
by
communities.
These
findings
provide
novel
evidence
supporting
rational
fertilisers
as
means
promote
sustainability
in
red
regions.
