Buildings,
Journal Year:
2024,
Volume and Issue:
14(2), P. 502 - 502
Published: Feb. 11, 2024
In
the
current
era,
as
modern
cities
increasingly
face
environmental
disasters
and
inherent
challenges,
creation
enhancement
of
resilient
have
become
critical.
China’s
urban
resilience
exhibits
significant
imbalances
inadequacies
at
provincial
level.
This
study
delves
into
evolution
in
various
Chinese
provinces,
offering
valuable
insights
for
building
nurturing
cities.
Initially,
a
comprehensive
evaluation
system
was
established,
incorporating
24
indicators
across
three
key
aspects:
resistance,
adaptability,
recovery.
The
entropy
weight
method
used
to
develop
an
model,
Moran
index
spatial
cold–hot-spot
analysis
were
applied
examine
spatiotemporal
dynamics
31
provinces
from
2012
2021.
Moreover,
geographically
temporally
weighted
regression
model
employed
analyze
distribution
factors
affecting
resilience.
results
show
general
upward
trend
with
notable
regional
differences
concentrations.
A
decrease
is
observed
southeastern
coastal
inland
regions.
highlights
variations
impact
different
factors,
same
factor
having
varying
effects
provinces.
research
provides
thorough
understanding
influencing
China,
contributing
both
theoretical
practical
discussions
on
topic.
It
lays
strong
scientific
groundwork
development
advancement
China.
Frontiers in Public Health,
Journal Year:
2025,
Volume and Issue:
13
Published: April 22, 2025
The
spatial
distribution
of
border
regions
highly
overlaps
with
key
ecological
function
zones
and
economically
underdeveloped
areas,
making
the
coordination
between
urbanization
ecosystem
service
value
(ESV)
crucial.
Taking
China's
western
counties
as
a
case
study,
this
study
explores
spatiotemporal
variation
characteristics
ESV,
levels,
their
coupling
relationship.
By
applying
Obstacle
Degree
Model
geodetector
analysis,
we
identify
factors
that
obstruct
drive
coordinated
development
ESV-urbanization
system
from
both
internal
external
perspectives.
(1)
From
2000
to
2020,
ESV
in
declined
gradually,
while
increased
significant
imbalances
development.
(2)
In
most
counties,
degree
(CCD)
was
either
mildly
or
severely
unbalanced,
growing
number
experienced
lagging
ESV.
particular,
some
exhibited
synchronous
declines
urbanization,
posing
threat
regional
sustainable
(3)
main
obstacle
CCD
include
social
security,
industrial
structure
regulation
functions,
primary
driving
are
precipitation,
temperature,
net
productivity
(NPP).
(4)
interaction
tourism,
stable
areas
government
actions
other
significantly
enhances
effect
on
counties.
This
provides
policy
recommendations
practical
basis
for
promoting
synergistic
similar
regions.
Buildings,
Journal Year:
2024,
Volume and Issue:
14(2), P. 502 - 502
Published: Feb. 11, 2024
In
the
current
era,
as
modern
cities
increasingly
face
environmental
disasters
and
inherent
challenges,
creation
enhancement
of
resilient
have
become
critical.
China’s
urban
resilience
exhibits
significant
imbalances
inadequacies
at
provincial
level.
This
study
delves
into
evolution
in
various
Chinese
provinces,
offering
valuable
insights
for
building
nurturing
cities.
Initially,
a
comprehensive
evaluation
system
was
established,
incorporating
24
indicators
across
three
key
aspects:
resistance,
adaptability,
recovery.
The
entropy
weight
method
used
to
develop
an
model,
Moran
index
spatial
cold–hot-spot
analysis
were
applied
examine
spatiotemporal
dynamics
31
provinces
from
2012
2021.
Moreover,
geographically
temporally
weighted
regression
model
employed
analyze
distribution
factors
affecting
resilience.
results
show
general
upward
trend
with
notable
regional
differences
concentrations.
A
decrease
is
observed
southeastern
coastal
inland
regions.
highlights
variations
impact
different
factors,
same
factor
having
varying
effects
provinces.
research
provides
thorough
understanding
influencing
China,
contributing
both
theoretical
practical
discussions
on
topic.
It
lays
strong
scientific
groundwork
development
advancement
China.
