Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 19, 2025
ABSTRACT
The
impact
of
livestock
grazing
on
soil
organic
carbon
(SOC)
stocks
in
the
Sahel
has
been
poorly
documented
due
to
a
lack
data
from
different
intensities.
This
study
evaluated
SOC
under
four
intensities
within
0–30
cm
depth
dry
savanna
ecosystems
Senegal.
It
also
examined
possible
indirect
relationships
between
and
through
herbaceous
species
diversity,
biomass,
carbon–nitrogen
ratio.
Four
sites
representing
high,
moderate,
light,
no
intensity
levels
were
selected.
Transect
survey
methods
used
for
sampling
vegetation
each
sites.
Data
analyzed
using
mixed‐effects
models
piecewise
structural
equation
modeling
(pSEM).
significantly
among
intensities,
higher
observed
with
increased
intensity.
Furthermore,
high‐intensity
was
shown
reduce
ratio
by
negatively
affecting
diversity
species,
which
indirectly
promoted
stocks.
In
conclusion,
this
found
that
both
directly
diversity.
Global Change Biology,
Journal Year:
2024,
Volume and Issue:
30(3)
Published: March 1, 2024
Munoz
et
al.
(2024)
raised
concerns
regarding
our
recent
contribution
and
the
definition
of
term
C
sequestration
in
soils
(Don
al.,
2024).
We
performed
a
review
therefore
based
analysis
on
existing
definitions
sequestrations,
mainly
by
IPCC.
recommend
sticking
with
terminologies
around
climate
mitigation,
as
outlined
review,
order
to
keep
it
consistent
manageable.
European Journal of Soil Science,
Journal Year:
2025,
Volume and Issue:
76(1)
Published: Jan. 1, 2025
ABSTRACT
Increasing
soil
organic
carbon
(SOC)
stocks
by
improving
cropland
management
practices
has
great
potential
to
mitigate
climate
change.
Long‐term
field
experiments
(LTEs)
are
valuable
study
effects
on
properties
and
crop
yield.
Yet
most
LTE
studies
limited
the
topsoil,
farming
systems
integrating
multiple
strategies
often
not
assessed.
This
used
three
Swedish
LTEs
assess
of
rotations
fertilisation
SOC
changes.
One
arable
rotation
with
only
annual
crops
a
ley
annuals,
perennial
receiving
manure
were
investigated
at
different
application
rates
mineral
fertilisers.
We
analysed
changes
in
content
distribution
depths,
calculated
C
inputs
phospholipid
fatty
acids
(PLFAs)
evaluate
how
affected
relation
microbial
communities.
Both
lost
0–20
cm
topsoil
from
1966
2019
across
sites,
but
sandy
site
more
than
clayey
sites.
The
nitrogen
(N)
reduced
losses.
In
2019,
top
25
3.3
±
1.6
Mg
ha
−1
higher
compared
2.9
N
highest
rate
no
fertilisation.
However,
positive
decreased
depth
became
negative
some
depths.
As
result,
differences
an
equivalent
60
declined
0.6
2.4
for
1.0
had
significantly
belowground
rotation,
highly
associated
SOC.
Compared
total
PLFAs,
bacterial
PLFAs
ratio
bacteria
fungi
partly
attributed
application.
Our
supports
beneficial
leys
amendments
crops.
It
also
highlights
risk
losing
subsoil,
especially
under
Site
characteristics
helped
explain
large
variation,
which
must
be
considered
when
developing
local
accrual
cropland.
Practice, progress, and proficiency in sustainability,
Journal Year:
2025,
Volume and Issue:
unknown, P. 119 - 148
Published: Jan. 31, 2025
The
circular
economy
and
nature-based
treatment
methods
are
the
solutions
toward
climate
crisis
to
achieve
sustainability
(balance
between
environment,
social,
economic).
waste
management
principle
of
5Rs
needs
be
implemented
as
all
materials
can
used
resources
in
some
other
process
rather
than
throwing
landfill.
To
decrease
disposal
landfills,
research,
industry,
daily
life
should
place
a
strong
emphasis
on
material
wealth.
products
need
separated
reused
for
use
raw
production
valuables
or
process.
aim
this
chapter
was
discuss
influence
subjects
higher
education
its
role
AI
SDGs
successfulness
thus
environmental
protection.
