Sustainability,
Год журнала:
2024,
Номер
16(23), С. 10453 - 10453
Опубликована: Ноя. 28, 2024
Over
the
past
two
decades,
large-scale
ecological
restoration
in
Loess
Plateau
has
significantly
transformed
land
use
and
cover
(LULC)
Wuding
River
Basin
(WRB),
improving
governance
environmental
conditions.
This
study
examines
spatiotemporal
evolution
of
LULC
its
driving
factors
from
2000
to
2020,
employing
methods
such
as
dynamic
degree,
transfer
matrix,
migration
trajectory,
geographical
detector.
Results
show
that
(1)
grassland
dominates
basin’s
(78.16%),
with
decreases
cropland
desert
areas,
expansions
grassland,
forest,
urban
areas.
Water
bodies
minimal
fluctuations.
The
mean
annual
degree
types
(from
highest
lowest)
is
follows:
forest
>
water
grassland.
overall
fluctuated,
initially
decreasing
(0.85%–0.68%),
then
increasing
(0.68–0.89%),
followed
by
another
decline
(0.89–0.30%).
(2)
patterns
follow
a
northwest-to-southeast
gradient,
primary
transitions
secondary
urban,
bodies.
Spatial
mainly
shifts
westward
northward.
(3)
Under
single-factor
influence,
natural
factors,
especially
slope
(7.2–36.4%)
precipitation
(6.1–22.3%),
are
drivers
changes,
population
density
(7.9%)
GDP
(27.5%)
influencing
In
interaction
topography
climate
(40.5–66.1%)
primarily
drive
increases
cropland,
while
human
activities
(24.8–36.7%)
influence
area
expansion.
Desert
reduction
largely
driven
climatic
(40.3%).
between
shows
either
bi-factorial
or
nonlinear
enhancement
effect,
suggesting
their
combined
offers
stronger
explanatory
power
than
any
single
factor
alone.
highlights
significant
changes
WRB,
both
activities,
contributing
enhanced
sustainability.
Sustainability,
Год журнала:
2024,
Номер
16(14), С. 6237 - 6237
Опубликована: Июль 22, 2024
Changes
in
land
use
patterns,
types,
and
intensities
significantly
impact
ecosystem
services.
This
study
follows
the
time
series
logic
from
history
to
expected
future
investigate
spatial
temporal
characteristics
of
changes
Ezhou
their
potential
impacts
on
services
value
(ESV).
The
results
show
that
Markov–FLUS
model
has
strong
applicability
predicting
pattern
use,
with
a
Kappa
coefficient
0.9433
FoM
0.1080.
Between
2000
2020,
construction
expanded
continuously,
while
water
area
remained
relatively
stable,
other
types
experienced
varying
degrees
contraction.
Notably,
compared
2000,
it
by
70.99%
2020.
Moreover,
watershed
9.30%
2010,
but
there
was
very
little
change
following
10
years.
Under
three
scenarios,
significant
differences
were
observed
City,
driven
human
activities,
particularly
expansion
land.
In
inertial
development
scenario,
313.39
km2
2030,
representing
38.30%
increase
Conversely,
under
farmland
protection
increased
237.66
km2,
4.89%
rise
However,
ecological
priority
253.59
10.13%
Compared
ESV
losses
inertia
scenarios
USD
4497.71
1072.23,
respectively,
2030.
scenario
2749.09,
emphasizing
importance
prioritizing
City’s
development.
may
provide
new
clues
for
formulation
regional
strategies
sustainable
restoration.
Ecological Indicators,
Год журнала:
2024,
Номер
162, С. 112051 - 112051
Опубликована: Апрель 23, 2024
Realizing
the
superior
stability
of
natural
resources
for
regional
economic
growth
depends
on
construction
Ecological
Security
Pattern
(ESP)1.
The
ESP
Hubei
Province
was
determined
based
supply
and
demand
ecosystem
services
(ESSD)2.
main
conclusions
are
as
follows:
(1)
overall
in
exceeds
demand,
imbalance
between
Wuhan,
Xiangyang
Jingzhou
is
most
serious.
(2)
largest
ecological
source
area
2000
90,506
km2,
followed
by
86,946
km2
2020.
(3)
11
long-term
obstacles
with
a
total
312.96
were
identified,
which
mainly
composed
large
areas
cultivated
land
water.
(5)
protection
restoration
pattern
"two
axes,
three
belts,
four
districts
five
cores
(two
secondary)"
has
been
constructed
Province.
results
this
study
provide
reference
management
response
to
problems
Land,
Год журнала:
2025,
Номер
14(2), С. 316 - 316
Опубликована: Фев. 5, 2025
At
present,
with
the
rapid
development
of
urbanization
and
industrialization,
contradiction
between
cultivated
land
protection
is
exacerbated.
Scientifically
quantifying
ecosystem
service
value
constructing
an
ecological
compensation
mechanism
are
significant
paths
for
protection.
This
study
originates
from
extended
three-dimensional
footprint
model,
introduces
a
carbon
accounting
path,
thoroughly
evaluates
sustainable
use
farmland
ecology.
It
aimed
to
accurately
calculate
farmland,
formulate
standards,
establish
model
measure
total
amount
land,
delineate
“five-zone
map”
farmland.
(1)
There
partial
spatial
heterotopia
phenomenon
consumption
services.
(2)
In
2022,
in
Shandong
Province
high,
reaching
CNY
78.479
billion.
Overall,
exported
outside
world.
Qingdao,
Yantai,
Weihai
zones,
71
million.
(3)
The
priority
zones
Qingdao
Yantai
on
Peninsula.
compensated
mainly
located
northern
region
Shandong.
Exploring
ecology
at
temporal
scale
has
important
security
land.
Ecological Indicators,
Год журнала:
2024,
Номер
160, С. 111781 - 111781
Опубликована: Фев. 26, 2024
A
severe
decline
in
ecosystem
services
(ES)
has
accompanied
the
rapid
development
of
human
societies.
There
is
a
growing
interest
considering
ES
management
from
systemic
and
integrated
perspective.
Yet,
researchers
still
need
to
explore
effective
ways
integrate
natural
systems
for
strengthening
ES.
This
study
proposes
an
integrating
framework
that
connects
concept
social-ecological
system
(SES)
with
We
utilize
land
use
types
as
indicators
basic
SES
structure
employ
InVEST
model
evaluate
typical
Jialing
River
Basin
(JRB).
By
analyzing
spatial
temporal
characteristics
multiple
ES,
we
investigate
how
related
different
types.
The
results
reveal
that:
(1)
1980
2020,
JRB
underwent
significant
transformations,
including
decrease
cropland
areas,
while
construction
forestland
areas
increased.
Especially,
experienced
increase
high
212.53%.
(2)
Regarding
water
yield
(WY)
increased
soil
conservation
(SC),
carbon
storage
(CS),
habitat
quality
(HQ)
decreased.
(3)
relationship
analysis
demonstrated
disparities
levels
across
various
Construction
exhibited
highest
average
WY
but
lower
SC,
CS,
HQ
values
compared
which
had
higher
instead.
These
findings
imply
regional
will
be
positively
or
negatively
affected
by
transformation
within
SES.
In
long
run,
it
crucial
synthesize
both
functional
benefits
provided
JRB,
then
control
favorable
transformations
enhance
sustainable
supply
provides
novel
methodology
connecting
comprehensively
new
perspectives
beneficial
building
enhancement.
