Geomatics Natural Hazards and Risk,
Journal Year:
2024,
Volume and Issue:
16(1)
Published: Dec. 27, 2024
The
Yellow
River
Source
Area
(YRSA)
is
ecologically
fragile,
economically
weak,
geographically
vast
and
sparsely
populated,
faces
challenges
to
its
development.
Existing
studies
on
the
YRSA
often
neglect
interactions
between
ecological
socio-economic
factors,
which
a
hot
issue
in
sustainable
development
research.
In
this
article,
hierarchical
analysis
method
(AHP),
CRITIC
weighting
method,
state-function-structure
model
(SFS),
coupled
coordination
degree
(CCDM),
spatio-temporal
weighted
regression
(GTWR)
are
used
assess
coupling
of
ecology
economy
analyze
influencing
factors.
results
show
that
dominated
by
grassland
ecosystem
vulnerability
has
been
improved
certain
extent.
northeastern
region
higher
than
southwestern
terms
economic
level,
corresponds
results.
Hot
spots
clustered
north,
cold
spread
from
southeast
west.
two
main
factors
affecting
(EV)
comprehensive
level
(ECL)
population
density
elevation.
This
study
complements
existing
knowledge
ecological,
human-land
systems
at
global
regional
scale.
It
provides
important
insights
data
support
policy
formulation
implementation
while
contributing
improvements.
Water,
Journal Year:
2024,
Volume and Issue:
16(15), P. 2142 - 2142
Published: July 29, 2024
As
an
important
indicator
for
assessing
regional
water
resources,
the
study
of
spatiotemporal
evolution
and
driving
factors
resources
carrying
capacity
(WRCC)
is
essential
achieving
sustainable
resource
utilization.
This
focuses
on
Yulin
City,
a
typical
arid
region
located
Loess
Plateau
in
northwestern
China.
By
constructing
evaluation
index
system
WRCC
combining
improved
fuzzy
comprehensive
model
with
TOPSIS
model,
established.
Additionally,
Geodetector
used
to
explore
main
behind
WRCC.
multidimensional
analytical
framework
aims
deeply
analyze
dynamic
trends
mechanisms
different
its
changes.
The
results
indicate
that
(1)
from
2011
2020,
overall
City
showed
trend
positive
improvement,
Shenmu,
Yuyang,
Fugu
areas
performing
best,
by
more
than
half
counties
had
achieved
Grade
3
or
above;
(2)
spatial
variability
was
significant
temporal
changes;
(3)
terms
mechanisms,
northern
six
gradually
shifted
traditional
economic-driven
ecological
environmental
drivers,
whereas
southern
remained
constrained
economic
factors.
Overall,
remain
primary
force
socio-economic
development
sustainability
entire
City.
provides
valuable
information
allocation
differentiated
management
regions.
Land,
Journal Year:
2024,
Volume and Issue:
13(7), P. 1017 - 1017
Published: July 8, 2024
The
in-depth
discussion
and
analysis
of
the
synergistic
effect
new-type
urbanization,
greening
digitalization
(NUGD)
is
important
for
achievement
sustainable
social,
ecological
economic
development.
Therefore,
in
this
study,
an
evaluation
index
system
composed
these
three
subsystems
was
constructed
Chinese
cities
from
2011
to
2021.
comprehensive
collaborative
development
levels
each
subsystem
were
measured
by
means
including
entropy
weight
method
coupling
coordination
model,
respectively.
Then,
methods
such
as
ESDA
Dagum
Gini
coefficient
applied
investigate
spatiotemporal
evolution
spatial
differences
triple
synergy
NUGD
cities.
Finally,
constraining
factors
revealed
using
obstacle
degree
model.
findings
demonstrated
following:
(1)
Overall,
their
increasing,
with
moderate
overall
levels.
(2)
exhibited
upward
trend.
Spatially,
level
showed
distinct
differentiation,
being
higher
east
lower
west.
multidimensional
dynamic
variation
characteristics
obtained
through
kernel
density
estimation
that
exhibits
high
stability.
(3)
within
between
eastern
western
areas
largest,
intensity
transvariation
main
source.
(4)
five
criterion
layers,
social
urbanization
variables,
key
constraints
affected
cities,
restrictive
role
proportion
urban
construction
land
per
capita
postal
business
volume
should
not
be
ignored.
This
study
provides
a
valuable
reference
decision-making
guidance
promote
China’s
acceleration
toward
new
path
supported
both
green
transformation.
Land,
Journal Year:
2025,
Volume and Issue:
14(2), P. 412 - 412
Published: Feb. 16, 2025
With
global
urbanization
on
the
rise,
China
has
entered
mid-to-late
stage,
and
Cheng-Yu
region,
as
a
key
economic
zone
new
model
in
China,
faced
water
environmental
issues
due
to
rapid
urbanization,
while
systematic
research
synergy
between
its
environment
governance
remains
scarce.
This
study
explores
spatiotemporal
evolution
of
optimization
strategies
for
coupling
coordinated
development
region.
A
comprehensive
evaluation
index
system
was
established
measure
Urbanization
Development
System
(UDS)
Water
Environment
Governance
(WEGS),
coordination
utilized
analyze
relationships
two
systems
from
2013
2021.
The
showed
steady
upward
trend
2021,
evolving
state
severe
imbalance
high-level
coordination.
Initially,
UDS
relatively
low,
WEGS
higher
but
grew
at
slower
rate.
After
2019,
caused
exceed
level
WEGS,
indicating
growing
pressures.
Moreover,
there
are
persistent
disparities
among
cities.
Industrial
cities
like
Chengdu,
with
high
low
urgently
need
enhance
resource
management.
In
contrast,
such
Dazhou,
which
have
UDS,
should
make
full
use
their
resources
drive
sustainable
urban
development.
For
policymakers,
this
provides
practical
guidelines,
suggesting
targeted
investment
treatment
facilities
industrial
Chengdu
promoting
water-based
Dazhou.
It
emphasizes
importance
balancing
sustainability.
findings
not
only
deepen
understanding
dynamic
interactions
also
lay
solid
foundation
optimizing
future
policies
region
other
similar
areas.
Land,
Journal Year:
2025,
Volume and Issue:
14(3), P. 623 - 623
Published: March 15, 2025
This
study
focuses
on
the
coupling
and
coordination
between
China’s
new-type
urbanization
(NU)
transportation
carbon
emission
efficiency
(CET),
revealing
its
spatial
temporal
evolution
patterns
driving
factors.
In
recent
years,
rapid
rise
of
digital
economy
has
profoundly
reshaped
traditional
industrial
structures.
It
catalyzed
new
forms
production
consumption
opened
up
pathways
for
reduction.
makes
synergies
NU
CET
increasingly
important
realizing
a
low-carbon
transition.
addition,
infrastructures
such
as
5G
networks
big
data
platforms
promote
energy
facilitate
upgrading.
also
promotes
integration
goals
into
urban
governance,
thus
strengthening
linkages
CET.
The
aims
to
provide
scientific
basis
regional
synergistic
development
green
transformation
goal
“dual
carbon”.
Based
panel
30
provinces
in
China
from
2004
2021,
adopts
entropy
weight
method
super-efficiency
SBM
model
quantify
CET,
then
analyzes
their
interactions
spillovers
by
combining
coupled
degree
Durbin
model.
following
is
found:
(1)
show
pattern
“leading
east
lagging
west”,
are
optimized
over
time,
but
with
significant
differences;
(2)
jumps
“basic
disorder”
coordination”,
not
yet
reached
level
advanced
coordination,
clustering
characteristics
(Moran’s
I
index
0.244
0.461);
(3)
labor
force
structure,
intensity,
structure
technological
innovation
core
factors
have
spillover
effects,
while
government
intervention
per
capita
income
limited
roles.
paper
innovatively
reveals
two-way
mechanism
breaks
through
unidirectional
research
framework,
systematically
feedback
effect
two.
A
multidimensional
evaluation
system
constructed
overcome
limitations
previous
single
economic
or
demographic
dimension,
comprehensively
portray
comprehensive
urbanization.
multi-dimensional
measurement
framework
proposed
law
perspective
spatio-temporal
dynamics
correlation.
paths
key
finally
quantified.
findings
decision-making
references
optimizing
policies,
promoting
transportation,
taking
advantage
economy.
Engineering Construction & Architectural Management,
Journal Year:
2025,
Volume and Issue:
unknown
Published: April 16, 2025
Purpose
The
deep
integration
of
the
digital
economy
and
construction
industry
is
a
crucial
pathway
for
promoting
green
transformation
high-quality
development
sector.
This
study
investigates
spatiotemporal
evolution
coupling
coordination
degree
(CCD)
between
(DE)
in
(HQDCI)
across
different
provinces
China.
It
also
identifies
key
obstacle
factors,
aiming
to
provide
theoretical
support
practical
guidance
context
economy.
Design/methodology/approach
Utilizing
panel
data
from
30
China
2013
2022,
this
constructs
comprehensive
evaluation
index
system
DE
HQDCI.
entropy
weight
TOPSIS
method
employed
measure
levels
two
systems.
further
applies
model,
Dagum
Gini
coefficient
an
model
analyze
differentiation
characteristics,
regional
disparity
sources
factors
their
CCD.
Findings
HQDCI
both
exhibit
“east-high,
west-low”
gradient.
CCD
increased
0.334
0.445
although
it
remains
at
elementary
stage.
spatial
pattern
reveals
multi-layered
structure
characterized
by
“eastern
leadership,
central
catch-up,
western
differentiation,”
with
inter-regional
contributions
exceeding
70%
particularly
pronounced
east-west
gap.
Furthermore,
core
show
heterogeneity:
primarily
constrained
shortage
IT
talent
imbalances
technology
market,
while
limited
redundant
infrastructure
mismatches
supply
demand.
Originality/value
first
integrate
within
unified
framework,
thereby
unveiling
co-evolutionary
mechanisms.
Quantifying
provides
empirical
evidence
precise
policymaking.
Moreover,
identifying
region-specific
offers
targeted
solutions
overcoming
“digital–construction”
bottleneck,
yielding
insights
that
have
reference
value
rest
world.
