Sustainability,
Journal Year:
2025,
Volume and Issue:
17(9), P. 3839 - 3839
Published: April 24, 2025
To
address
the
challenges
of
ecological
degradation
and
economic
imbalance
in
arid
zone
development,
this
study
took
oasis
region
Xinjiang
as
research
object.
A
multi-objective
optimization
model
was
constructed
based
on
ecosystem
service
value
(ESV)
(ECV),
NSGA-III
employed
to
optimize
land
use
structure
under
water
resource
constraints.
The
findings
indicate
following:
(1)
from
1990
2020,
benefits
increased
fivefold,
whereas
declined
by
6.7%,
showing
a
clear
divergence;
(2)
overall
regional
coordination
deteriorated,
with
expansion
significantly
encroaching
upon
space
certain
areas;
(3)
scenario,
balanced
development
strategy
12.3%,
enhanced
8.6%,
improved
15.4%,
demonstrating
that
optimizing
allocation
can
synergistically
enhance
both
while
ensuring
rational
resources
security.
This
not
only
reveals
squeezing
effect
functions
but
also
provides
scientific
decision-making
support
for
sustainable
regions
constraints,
holding
significant
theoretical
practical
implications.
Scientific Reports,
Journal Year:
2024,
Volume and Issue:
14(1)
Published: March 31, 2024
Abstract
Assessing
the
effectiveness
of
vegetation
restoration
along
Yangtze
River
shoreline
and
exploring
its
relationship
with
land
use
changes
are
imperative
for
providing
recommendations
sustainable
management
environmental
protection.
However,
impact
post-implementation
Conservation
Project
remains
uncertain.
In
this
study,
utilizing
Sentinel-2
satellite
imagery
Dynamic
World
data
from
pre-
(2016)
post-
(2022)
periods,
pixel-based
binary
models,
transition
matrices,
geographically
weighted
regression
models
were
employed
to
analyze
status
evolution
coverage
shoreline.
The
results
indicated
that
there
had
been
an
increase
in
area
covered
by
high
high-medium
levels.
proportion
cover
shifting
better
was
4201.87
km
2
(35.68%).
Hotspots
improvement
predominantly
located
River.
Moreover,
areas
witnessing
enhanced
experienced
notable
changes,
notably
conversion
water
crops
(126.93
,
22.79%),
trees
(59.93
10.76%),
built
10.76%).
Notably,
between
emerged
as
a
significant
factor
influencing
improvement,
average
coefficients
0.68
0.50,
respectively.
These
outcomes
underscore
significance
study
guiding
ecological
protection
