Research Square (Research Square),
Journal Year:
2023,
Volume and Issue:
unknown
Published: Sept. 9, 2023
Abstract
With
the
advancement
of
global
urbanization,
accurate
identification
urban
functional
zones
has
become
a
crucial
task
for
high-quality
development
cities.
Traditional
methods
that
rely
on
POI
data
are
insufficient
to
accurately
identify
micro-scale
zones.
Thus,
this
study
proposes
novel
method
identifying
based
VOI
(Volume
Interest)
and
applies
it
small
region
in
Hong
Kong
comparative
research.
Subsequently,
accuracy
two
is
assessed
using
confusion
matrix
Kappa
Coefficient.
The
results
show
contains
richer
more
comprehensive
spatial
information
compared
data,
enabling
superior
representation
connections
influences
among
different
within
can
be
applied
analyse
other
cities,
providing
new
perspective
in-depth
Environmental Technology & Innovation,
Journal Year:
2023,
Volume and Issue:
32, P. 103372 - 103372
Published: Sept. 22, 2023
Reviewing
the
coupling
coordination
between
urban
ecological
resilience
(UER)
and
new-type
urbanization
(NU)
has
gradually
become
a
necessary
condition
for
understanding
structure
service
patterns
of
systems.
Discussion
on
temporal
spatial
evolution
in
UER
NU
agglomerations
with
different
characteristics
is
beneficial
operational
mechanisms
ecosystems.
This
work
constructs
novel
evaluation
framework
process
NU,
scientifically
measures
performance
each
indicator
using
entropy
method
CRITIC
method.
By
degree
(CCD)
model,
this
paper
explores
spatio-temporal
effects
relationship
which
narrowed
cognitive
gap.
Using
Chengdu-Chongqing
Economic
Circle
China
as
an
example,
validity
practicality
are
verified.
The
results
show
that
CCD
generally
shows
rapid
growth
trend
time
tends
to
be
balanced;
development
significant
differences
influenced
by
factors
such
location
advantage,
natural
resources,
human
social
activities.
These
findings
can
provide
decision-making
information
reference
system
services,
livability,
government
planning.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
158, P. 111456 - 111456
Published: Dec. 19, 2023
To
realize
the
coordinated
development
of
urbanization
and
ecological
environment
is
a
research
hotspot
in
recent
years.
There
very
complicated
relationship
between
them.
Understanding
their
key
to
development.
In
this
paper,
long-term
dynamic
balance
behavior
was
studied
by
means
equilibrium
model
error
correction
(ECM)
based
on
data
Shandong
Province.
order
comprehensively
reflect
environment,
paper
employed
comprehensive
evaluation
construct
index
respectively,
used
coupling
coordination
degree
(CDE)
relative
(RDE)
study
changes
two.
The
results
showed
that:
(1)
Province
becoming
more
harmonious,
type
them
has
gradually
developed
from
extremely
uncoupling
(EUC)
highly
(HC)
type;
(2)
long
run,
there
Province,
can
be
achieved
through
short-term
adjustment.
Therefore,
correct
understanding
laws
provide
corresponding
theoretical
basis
for
policy
makers,
shorten
time
reach
an
state.
Sustainable Development,
Journal Year:
2024,
Volume and Issue:
32(5), P. 4397 - 4412
Published: Jan. 30, 2024
Abstract
Urban
expansion
poses
a
substantial
challenge
to
sustainable
regional
development,
but
the
spatiotemporal
relationship
between
urban
and
human
development
remains
unclear.
This
paper
proposed
an
improved
index
(IHDI)
incorporating
environmental
dimension
analyzed
correlation
IHDI
growth
in
China
from
1990
2020.
Significant
increases
both
levels
were
observed,
differences
Eastern
Western
effectively
detected
based
on
IHDI,
which
also
well
reflected
geographical
patterns
bounded
by
Hu
Huanyong
Line.
In
1990,
significant
disparity
existed
provincial
capital
cities
entire
province;
2020,
this
gap
had
narrowed,
prioritized
of
capitals
subsequently
propelled
growth.
Although
positive
correlations
found
2010
percentage
expansive
negative
decoupling
gradually
increased,
indicating
less
involved
China.
study
contributes
comprehensive
understanding
provides
valuable
insights
for
achieving
goals
Frontiers in Public Health,
Journal Year:
2024,
Volume and Issue:
12
Published: July 12, 2024
As
one
of
China’s
sunrise
industries,
tourism
has
always
been
the
engine
to
promote
development
national
economy,
and
in
2018,
annual
income
industry
exceeded
5
trillion
yuan
unprecedentedly.
In
recent
years,
traditional
extensive
production
mode
inevitably
brought
about
problems
such
as
environmental
pollution
public
health
threats,
while
helping
new
urbanization,
thus
triggering
a
series
challenges
system.
The
industry,
system
three
cooperate
each
other,
coordinated
between
them
for
economic
growth,
urbanization
development,
protection,
play
vital
role,
post-epidemic
era
is
special
period
historical
opportunities,
public’s
focus
from
original
sacrifice
exchange
growth
model
began
green,
low-carbon
sustainable
mode,
Guangxi
Zhuang
Autonomous
Region
resource
endowment
rich
region,
It
positive
significance
explore
coupling
degree
coordination
system,
put
forward
targeted
practical
enlightenment,
which
promoting
industry.
Taking
case
study,
this
paper
constructs
comprehensive
evaluation
index
systems
analyzes
compares
weights
various
indicators
fields
by
using
entropy
weight
TOPSIS
method.
was
used
measure
construction
2009
2021.
empirical
results
show
that
change
with
social
economy.
efficacy
Guangxi’s
increased
year
11
consecutive
years;
At
end
period,
after
outbreak
crown
epidemic,
all
showed
downward
trend
varying
degrees.
Before
pandemic,
type
subsystems
generally
experienced
transformation
“moderate
dissonance-reluctant
coordination-primary
coordination-intermediate
coordination,”
but
overall
level
still
poor.
After
reduced
state
poor
coordination.
Because
above
research
conclusions,
study
proposes
make
full
use
important
time
node
actively
upgrading
industrial
structure,
digital
empowerment
form,
optimize
other
countermeasures
keep
within
reasonable
range.
This
ensures
region.
made
some
contributions
high-quality
healthy
environment.
First
all,
it
enriches
content
takes
ecological
environment
atmospheric
entry
point
adds
provides
certain
supplement
relevant
on
strength.
Secondly,
relationship
analyzed
into
unified
theoretical
framework.
Region,
resources,
site,
innovatively
explores
among
site.
Finally,
path
site
future.
compare
three,
realize
coordinated,
orderly,
provide
operational
suggestions
benign
formulation
policies.
Systems,
Journal Year:
2023,
Volume and Issue:
11(10), P. 500 - 500
Published: Sept. 28, 2023
The
quantitative
evaluation
of
the
coupling
coordination
degree
(CCD)
between
regional
economy
and
eco-environment
systems
is
great
importance
for
realization
sustainable
development
goals,
which
could
identify
economic
or
eco-environmental
cold
areas.
To
date,
traditional
frameworks
mainly
include
indicator
system
construction
based
on
statistical
data,
seldom
utilize
geo-spatiotemporal
datasets.
Hence,
this
study
aimed
to
evaluate
CCD
change
trend
Yangtze
River
Delta
(YRD)
explore
relationship
CCD,
economy,
county
scale.
In
study,
YRD
was
selected
as
area
its
level
at
different
periods,
then
nighttime
difference
index
(NTDI)
comprehensive
(ECEI)
were
calculated
represent
in
quality
(EEQ).
two
analyzed
using
global,
local,
Geary’s
C
spatial
autocorrelation
indicators,
addition
methods.
main
findings
showed
that:
(1)
During
period
2000–2020,
a
continuously
upward
(0.0487
a−1),
with
average
NTDI
values
0.2308,
0.2964,
0.3223,
0.3971,
0.4239,
respectively.
terms,
distribution
“high
east
low
west”.
(2)
YRD’s
EEQ
indicated
gradual
(from
0.3590
2000
0.3970
2020),
value
0.0020
a−1.
Spatially,
regions
high
ECEI
located
southwestern
counties.
(3)
past
20
years,
an
increased
trend,
0.0302
five
periods
0.3992,
0.4745,
0.4633,
0.5012,
0.5369.
overall
improved
from
“moderate
incoordination”
“low
coordination”.
(4)
Both
indexes
have
positive
effect
improvement
CCD.
However,
contribution
little
higher
than
that
ECEI.
Humanities and Social Sciences Communications,
Journal Year:
2024,
Volume and Issue:
11(1)
Published: Nov. 17, 2024
Human
settlements
suitability
(HEI)
is
the
foundation
of
urban
development
and
critical
for
achieving
sustainable
United
Nations'
goals.
Existing
studies
on
HEI
have
paid
little
attention
to
characteristics
at
different
scales
climate
zones
or
spatial
differences
along
urban–rural
gradients
(URGs).
This
study
used
multisource
data
select
natural
humanistic
elements
constructed
a
framework
evaluating
31
provincial
capital
cities
in
China,
aiming
address
limitations.
The
results
showed
that:
(1)
China
ranged
from
0
51.54,
showing
an
overall
increasing
trend
northwest
southeast,
coastal
was
considerably
higher
than
that
inland
cities.
(2)
built-up
areas
conformed
gradually
with
expansion
scales,
obvious
average
zones,
shown
as
follows:
tropical
monsoon
>
subtropical
temperate
plateau
mountain
continental.
(3)
When
distance
city
centre
increased,
decreasing
HEI,
albeit
varying
degrees
decrease.
Further,
discrepancies
URGs
were
closely
related
zones.
Scientific
objective
evaluation
prerequisite
optimising
patterns
national
planning.
Based
multidimensional
perspectives
URGs,
breadth
research
has
been
enriched,
which
strategic
significance
governing
planning
augmenting
competitiveness.
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(24), P. 11145 - 11145
Published: Dec. 19, 2024
The
classification
of
urban
functional
zones
is
crucial
for
improving
land
use
efficiency
and
promoting
balanced
development
across
areas.
Existing
methods
classifying
using
mobile
signaling
data
face
challenges
primarily
due
to
the
limitations
single
sources,
insufficient
utilization
multidimensional
data,
inherent
inaccuracies
in
data.
To
address
these
issues,
this
study
proposes
an
innovative
method
that
employs
advanced
multimodal
fusion
techniques
enhance
accuracy
reliability
zone
classification.
Mobile
are
mapped
into
image
timestamp
geographic
location
information
combined
with
point
interest
(POI)
construct
a
comprehensive
dataset.
Deep
learning
then
applied
fuse
features,
enabling
precise
reliable
zones.
experimental
results
demonstrate
achieves
95.128%
zones,
significantly
outperforming
single-modal
Research Square (Research Square),
Journal Year:
2023,
Volume and Issue:
unknown
Published: Aug. 24, 2023
Abstract
With
the
advancement
of
global
urbanization,
accurate
identification
urban
functional
zones
has
become
a
crucial
task
for
high-quality
development
cities.
Traditional
methods
that
rely
on
POI
data
are
insufficient
to
accurately
identify
micro-scale
zones.
Thus,
this
study
proposes
novel
method
identifying
based
VOI
(Volume
Interest)
and
applies
it
small
region
in
Hong
Kong
comparative
research.
Subsequently,
accuracy
two
is
assessed
using
confusion
matrix
Kappa
Coefficient.
The
results
show
contains
richer
more
comprehensive
spatial
information
compared
data,
enabling
superior
representation
connections
influences
among
different
within
can
be
applied
analyse
other
cities,
providing
new
perspective
in-depth
Research Square (Research Square),
Journal Year:
2023,
Volume and Issue:
unknown
Published: Sept. 9, 2023
Abstract
With
the
advancement
of
global
urbanization,
accurate
identification
urban
functional
zones
has
become
a
crucial
task
for
high-quality
development
cities.
Traditional
methods
that
rely
on
POI
data
are
insufficient
to
accurately
identify
micro-scale
zones.
Thus,
this
study
proposes
novel
method
identifying
based
VOI
(Volume
Interest)
and
applies
it
small
region
in
Hong
Kong
comparative
research.
Subsequently,
accuracy
two
is
assessed
using
confusion
matrix
Kappa
Coefficient.
The
results
show
contains
richer
more
comprehensive
spatial
information
compared
data,
enabling
superior
representation
connections
influences
among
different
within
can
be
applied
analyse
other
cities,
providing
new
perspective
in-depth
