Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 6, 2025
ABSTRACT
Ecological
barrier
areas
are
the
natural
area
with
special
ecological
functions,
and
play
a
vital
role
in
maintaining
global
balance,
protecting
biodiversity,
regulating
climate.
They
also
profoundly
affect
local
social
system
inhabitants'
lifestyle.
Mitigating
trade‐offs
between
distinct
ecosystem
services
enhancing
social–ecological
coupling
essential
for
sustainable
development
of
areas.
However,
lack
integrating
them
on
topographical
gradient
features
compromises
our
ability
to
design
precise
interventions
regional
sustainability.
Taking
Sichuan‐Yunnan
Barrier
as
case
area,
this
study
developed
management
approach
by
service
interactions
under
multidimensional
gradients
provide
reference
assessing
improving
sustainability
area.
The
results
demonstrated
that
during
2010–2020,
topography
played
key
shaping
interactions,
hilly
showing
highest
synergistic
level
multiple
pairs.
high
relief
mountain
had
lowest
index
system;
decreased
rapidly
flatter
areas,
while
it
increased
low
middle
Based
above
multi‐dimensional
characteristics,
six
zones
were
subdivided
formulating
differentiated
strategies
This
research
provides
insights
regarding
territorial
spatial
strategies,
delivers
guidance
coordinating
relationships
systems
other
similar
Land,
Journal Year:
2025,
Volume and Issue:
14(2), P. 319 - 319
Published: Feb. 5, 2025
The
development
of
inner
harbors
has
been
accompanied
by
the
destruction
natural
landscapes,
which
in
turn
led
to
numerous
ecological
problems.
However,
temporal
and
spatial
relationships
between
changes
harbor
landscape
effects
are
not
yet
clear,
there
relatively
few
studies
at
smaller
scales
such
as
villages.
In
this
study,
we
investigated
Xieqian
Harbor
Xiangshan
County,
along
eastern
coast
China,
then
analyzed
change
evolutionary
characteristics
carbon
storage,
soil
conservation,
water
yield
village
scale
for
years
2000,
2010,
2020.
We
used
geographically
temporally
weighted
regression
(GTWR)
model
explore
spatiotemporal
variables
effects.
results
showed
that
fragmentation
diversity
patches
increased
from
2000
2020
due
reclamation
aquaculture,
tourism
development,
construction,
reflected
edge
density
(ED)
Shannon
index
(SHDI),
11.31%
2.82%,
respectively.
This
resulted
a
notable
reduction
572.6
thousand
tons
sequestration,
853
million
19
cubic
meters
over
past
20
years.
When
non-stationarity
heterogeneity
were
combined,
relationship
became
highly
intricate,
with
varying
responses
across
different
time
periods
locations.
area-weighted
mean
patch
shape
(AWMSI)
was
key
factor
affecting
three
Our
research
confirmed
significant
on
scale.
Compared
larger-scale
studies,
village-scale
revealed
more
precisely
impacts
localized
effects,
providing
support
sustainable
management
new
approach
integrating
GTWR
into
time–space
analysis
research.
Remote Sensing,
Journal Year:
2025,
Volume and Issue:
17(4), P. 566 - 566
Published: Feb. 7, 2025
Uncovering
the
intricate
relationships
within
realm
of
ecosystem
services
(ESs)
across
various
spatial
and
temporal
dimensions,
as
well
their
nonlinear
with
natural–social
factors,
is
a
fundamental
condition
for
regional
management.
This
study
focuses
on
Honghe
Prefecture,
Yunnan
Province,
it
quantifies
supply
ESs
at
grid
township
scales,
clarifies
interrelationships
among
influencing
elements,
proposes
cross-scale
ecological
management
strategies.
The
findings
indicate
following:
(1)
exhibited
variability.
In
last
20
years,
capacity
food
production
(FP)
increased
by
about
46%,
while
other
showed
downward
trend.
(2)
Synergistic
effects
primarily
occurred
between
WY,
habitat
quality
(HQ),
carbon
sequestration
(CS),
soil
conservation
(SC),
trade-off
mainly
took
place
FP
ESs.
(3)
Significant
dramatic
changes
in
service
bundles
were
observed
southern
mountainous
areas.
At
scale,
overall
area
integrated
bundle
declined
approximately
88%.
However,
proportion
HQ-CS
key
synergy
from
15.68%
to
40.60%.
Similar
patterns
trends
also
scale.
(4)
There
was
notable
reduction
comprehensive
index
(ESI)
southwest,
which
human
activities
climate
drought
factors
played
major
negative
driving
role,
some
had
threshold
ESI.
Existing
research
often
ignores
relationship
complex
spatiotemporal
dynamics
services.
Thus,
this
constructed
cognitive
framework
ES
status
perspective
“supply–interaction–driving–threshold”
ESs,
providing
more
understanding
Land Degradation and Development,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Feb. 6, 2025
ABSTRACT
Ecological
barrier
areas
are
the
natural
area
with
special
ecological
functions,
and
play
a
vital
role
in
maintaining
global
balance,
protecting
biodiversity,
regulating
climate.
They
also
profoundly
affect
local
social
system
inhabitants'
lifestyle.
Mitigating
trade‐offs
between
distinct
ecosystem
services
enhancing
social–ecological
coupling
essential
for
sustainable
development
of
areas.
However,
lack
integrating
them
on
topographical
gradient
features
compromises
our
ability
to
design
precise
interventions
regional
sustainability.
Taking
Sichuan‐Yunnan
Barrier
as
case
area,
this
study
developed
management
approach
by
service
interactions
under
multidimensional
gradients
provide
reference
assessing
improving
sustainability
area.
The
results
demonstrated
that
during
2010–2020,
topography
played
key
shaping
interactions,
hilly
showing
highest
synergistic
level
multiple
pairs.
high
relief
mountain
had
lowest
index
system;
decreased
rapidly
flatter
areas,
while
it
increased
low
middle
Based
above
multi‐dimensional
characteristics,
six
zones
were
subdivided
formulating
differentiated
strategies
This
research
provides
insights
regarding
territorial
spatial
strategies,
delivers
guidance
coordinating
relationships
systems
other
similar
