Agriculture,
Journal Year:
2024,
Volume and Issue:
14(6), P. 795 - 795
Published: May 22, 2024
Promoting
sustainable
agricultural
development
is
pivotal
to
realizing
goals.
This
study
initially
constructs
a
comprehensive
indicator
delineate
the
landscape
of
(ASD)
across
China.
While
ASD
in
China
demonstrates
an
upward
trajectory,
it
remains
relatively
low
and
exhibits
disparities
regions.
Ensuring
food
security
with
minimal
energy
consumption
agriculture
particularly
critical
for
China,
fostering
access
affordable
clean
services
rural
areas
essential
expediting
transition
agriculture.
investigates
impact
poverty
(REP)
on
30
Chinese
provinces
from
2000
2017,
revealing
that
eradication
REP
yields
tangible
benefits
ASD.
Furthermore,
considering
regional
disparities,
elimination
significantly
enhances
ASD,
non-major
grain-producing
compared
major
These
findings
underscore
imperative
integrating
efforts
alleviate
initiatives
aimed
at
advancing
Such
integration
indispensable
driving
overarching
toward
Remote Sensing,
Journal Year:
2025,
Volume and Issue:
17(2), P. 181 - 181
Published: Jan. 7, 2025
The
North
China
Plain
is
a
crucial
agricultural
region
in
China,
but
irregular
precipitation
patterns
have
led
to
significant
water
shortages.
To
address
this,
analyzing
the
high-resolution
dynamics
of
root-zone
soil
moisture
transport
essential
for
optimizing
irrigation
strategies
and
improving
resource
efficiency.
Richards
equation
robust
model
describing
across
multiple
layers,
yet
its
application
at
large
spatial
scales
hindered
by
sensitivity
boundary
conditions
parameters.
This
study
introduces
novel
approach
that,
first
time,
employs
continuous
time
series
near-surface
as
upper
condition
estimate
Plain,
thus
enabling
large-scale
application.
Singular
spectrum
analysis
(SSA)
was
applied
reconstruct
site-specific
series,
filling
missing
singular
values.
Leveraging
observational
data
from
617
monitoring
sites
covariates,
we
developed
machine
learning
1
km
resolution.
high-resolution,
then
served
equation,
facilitating
estimation
region.
results
indicated
that
achieved
correlation
coefficient
(R)
0.92
estimating
moisture.
Analysis
covariates
showed
atmospheric
forcing
factors,
particularly
temperature
evaporation,
had
most
substantial
impact
on
performance,
followed
static
factors
such
latitude,
longitude,
texture.
With
moisture,
method
accurately
predicted
multi-layer
demonstrated
applicability
use.
yielded
R
values
0.97,
0.78,
0.618,
0.43,
with
RMSEs
0.024,
0.06,
0.08,
0.11,
respectively,
layers
depths
10
cm,
20
40
100
cm
Plain.
Agriculture,
Journal Year:
2025,
Volume and Issue:
15(3), P. 291 - 291
Published: Jan. 29, 2025
The
synergistic
relation
among
land
resources,
water
and
food
production
plays
a
crucial
role
in
sustainable
agricultural
development.
This
research
constructs
coupling
coordination
assessment
system
of
the
land–water–food
(LWF)
nexus
from
2005
to
2020
for
31
provinces
(municipal
cities,
autonomous
regions)
China,
explores
current
development
status
land,
water,
systems
at
multiple
scales
as
well
characteristics
LWF
nexus.
exploring
spatial
data
analysis
Tobit
model
are
used
explain
correlations
influencing
factors
on
On
that
basis,
gray
GM
(1,1)
is
forecast
future
China.
results
show
comprehensive
indexes
system,
rise,
but
lags
behind
system.
degree
different
regions
ranges
0.538
0.754,
China
has
reached
preliminary
coupled
type,
with
an
evolutionary
process
similar
its
level.
Further
empirical
shows
there
significant
positive
correlation
between
levels
level
urbanization
industry
agglomeration
have
negative
effects,
while
economic
development,
ecological
environment,
scientific
technological
progress
effects.
prediction
indicate
will
stable
upward
trend
2024
2025,
most
reach
intermediate
type
2025.
study
can
inform
decision-making
policy-makers
practitioners
enrich
knowledge
hierarchy
nexus’
national
regional
scales.
Water,
Journal Year:
2024,
Volume and Issue:
16(3), P. 462 - 462
Published: Jan. 31, 2024
In
the
context
of
sustainable
economic
development,
current
dilemma
water
utilization
can
be
resolved
by
improving
and
achieving
an
excellent
decoupling
state
between
growth
utilization.
The
resources
is
closely
related
to
economy
China’s
capital
cities,
coordinated
relationship
two
plays
essential
role
in
development
cities.
Therefore,
comprehensively
evaluate
resource
cities
from
2011
2020,
this
study
selects
21
Northwest
China,
North
Northeast
Central
Southwest
South
East
China.
It
analyzes
them
using
footprint
method
selecting
indicators
combining
with
model.
shows
that
(1)
seven
regions
are
different,
a
total
5793.98
×
108
m3,
region
China
having
most
significant
1239.69
accounting
for
about
21.40%.
At
same
time,
minor
343.30
only
6%.
Industrial
agricultural
use
account
comparable
proportion
structure,
both
more
considerable
amount
water.
(2)
dependent
on
imported
at
61.24%.
comparison,
has
lowest
dependence
19.19%,
several
other
have
higher
degree
reliance
their
regions.
value
benefits
generated
footprints
extensive,
net
trade
negative,
which
belongs
exporting
places.
(3)
status
poor,
solid
negative
worst
occurs
often.
not
coordinated,
efficiency
needs
improved.
