International Journal of Environmental Monitoring and Analysis,
Journal Year:
2024,
Volume and Issue:
12(6), P. 149 - 156
Published: Dec. 25, 2024
Ethiopia
is
among
the
countries
vulnerable
to
impact
of
climate
change
due
its
mostly
resilient
on
rain-fed
agriculture,
but
currently
started
crop
production
by
irrigation
even
if
it
not
done
in
large,
and
largely
rural
population.
Carbon
farming
an
emerging
agricultural
practice
focused
at
mitigating
increasing
carbon
sequestration
potential
farmlands.
Both
climate-smart
agriculture
encloses
different
approaches
such
as
agroforestry,
cover
cropping,
application
bio-char
no-till
farming,
all
which
promotes
soil
improves
health;
help
capture
dioxide
from
atmosphere
store
vegetation.
This
system
only
mitigates
greenhouse
gas
emission
also
fortifies
ecosystem
resilience
through
enhancement
fertility,
water
retention
biodiversity.
By
incorporating
into
worldwide
action
frameworks,
landscapes
can
evolve
being
major
sources
gases
functioning
net
sinks.
As
scalable
strategies
address
change,
presents
a
dual
advantage
fulfilling
pressing
requirements
reduce
atmospheric
CO<sub>2</sub>
levels
while
promoting
sustainable
enhancing
economies.
Climate-smart
has
emerged
paradigm
shifting
approach
aimed
improving
productivity,
adapting
evolving
climatic
conditions,
emissions.
review
accentuates
significance
crucial
strategy
for
fulfill
national
determined
contributions
under
Paris
agreement,
simultaneously
bolstering
system.
scaling
up
both
approaches,
attain
harmonious
equilibrium
between
food
security
mitigation;
ensuring
development
rapidly
expanding
Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 24, 2025
ABSTRACT
Saline
soil
is
an
important
inorganic
carbon
pool
and
highly
susceptible
to
environmental
change.
The
Tarim
Basin
the
largest
inland
basin
around
world,
with
saline
land
making
up
approximately
20%
of
its
total
area,
while
few
research
has
been
conducted
on
salt‐affected
density
distribution
in
region.
To
identify
effect
salinity
density,
we
collected
135
profiles
(0–100
cm),
calculated
organic
(SOCD),
(SICD),
(STCD)
their
distribution,
discussed
relationships
climate
physicochemical
properties.
Results
showed
that
average
STCD,
SOCD,
SICD
at
0–100
cm
profile
were
25.0,
3.7,
21.3
kg
C
m
−2
,
respectively.
was
6.30–9.04
times
higher
than
SOCD.
vertical
SOCD
decreased
increasing
depth,
whereas
STCD
increased.
Soil
had
negative
effects
by
reducing
both
SICD,
impact
degrees.
Compared
non‐salinity,
10.5%,
7.0%
10.5%
under
light,
moderate,
severe
salinity,
Random
forest
analysis
indicated
nitrogen
content
(STN)
bulk
(BD)
most
predictor
variables
for
estimating
SICD.
significant
correlation
STN
BD,
resulting
a
Our
findings
emphasized
reduced
mainly
reduction
stocks
increased
degree.
In
addition,
mitigation
adverse
STC
could
be
considered
density.
Global Change Biology,
Journal Year:
2024,
Volume and Issue:
31(1)
Published: Dec. 30, 2024
Agriculture
serves
as
both
a
source
and
sink
of
global
greenhouse
gases
(GHGs),
with
agricultural
intensification
continuing
to
contribute
GHG
emissions.
Climate-smart
agriculture,
encompassing
nature-
technology-based
actions,
offers
promising
solutions
mitigate
We
synthesized
data,
between
1990
2021,
from
the
Food
Organization
(FAO)
United
Nations
analyze
impacts
activities
on
emissions
land,
using
structural
equation
modeling.
then
obtained
predictive
estimates
for
future
period
2022-2050
deep-learning
models.
The
FAO
data
show
that,
livestock
numbers,
inorganic
nitrogen
(N)
fertilizer
use,
crop
residue,
irrigation
area
increased
by
27%,
47%,
49%,
37%,
respectively.
numbers
contributed
increases
in
CH
Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 18, 2025
ABSTRACT
River
valley
is
traditionally
thought
a
landform
with
efficient
soil
carbon
accumulation,
because
it
generally
low‐lying
wetter
area
relative
to
surrounding
landforms.
However,
has
been
less
studied
in
sand‐based
river
of
arid
and
semi‐arid
regions.
This
study
was
mainly
understand
the
capacity
accumulation
Xilin
Mongolia
Plateau
by
comparing
steppe
sandland.
We
found
that
storage
per
unit
sequenced
>
meadow
sandland,
which
inversely
associated
sand
fraction.
Soil
close
mean
value
three
landforms,
without
significant
difference
between
both.
wetland
water
body
were
also
synthesized
at
weak
accumulation.
These
results
can
be
concluded
had
no
predominance
high‐lying
Sand‐based
soils
are
more
aerated
than
loamy
clayey
soils,
their
organic
easily
decomposed.
Again,
composed
silicate;
low
quantities
inorganic
carbons
further
mineralized
dissolved
erosion
valley,
respectively.
Furthermore,
plant
productivity,
climate,
sediment
transport,
deposition
cannot
efficiently
promote
suggest
overestimated
evaluating
Frontiers in Sustainable Food Systems,
Journal Year:
2025,
Volume and Issue:
9
Published: March 25, 2025
Introduction
Maize
and
peanut
intercropping
can
optimize
allocation
of
rainfall
through
crop
canopies,
enhancing
resilience
to
drought.
However,
the
mechanisms
underlying
this
process
remain
unclear.
Methods
This
study
investigates
impact
strip
width
on
redistribution
soil
in
maize
(MS)
(PS)
monoculture
systems,
as
well
systems
with
configurations
2:2
(M2P2),
4:4
(M4P4),
8:8
(M8P8).
Results
discussion
showed
that
maize/peanut
consistently
improved
system
water
use
efficiency
(WUE)
over
three-year
experiment,
M4P4
treatment
maintaining
highest
WUE
throughout.
Strip
significantly
influenced
stemflow
throughfall
rows,
plant
height
leaf
area
playing
key
roles.
Among
17
events
studied,
rows
M2P2,
M4P4,
M8P8
treatments
obtained
17.4%,
10.8%,
5.4%
more
rainfall,
respectively,
compared
MS.
PS,
captured
by
intercropped
decreased
20.6%,
13.2%,
7.1%,
respectively.
An
edge
effect
was
observed
treatments,
increasing
23.7%,
17.8%,
14.6%,
12.2%
10.6%
8.6%
(M8P8)
Conversely,
18.0%,
16.0%,
PS.
Overall,
our
findings
suggest
optimizing
improve
both
productivity
management,
offering
insights
for
sustainable
agricultural
practices
regions
limited
resources.
