E3S Web of Conferences,
Journal Year:
2023,
Volume and Issue:
452, P. 05001 - 05001
Published: Jan. 1, 2023
In
the
context
of
urban
Asia,
where
air
quality
degradation
poses
significant
challenges,
role
green
infrastructure
in
enhancing
emerges
as
a
crucial
avenue
exploration.
This
study
delves
into
complex
interplay
among
key
variables-traffic
density,
vegetation
coverage,
and
improvement—within
Asian
context.
Leveraging
quantitative
methodology,
research
draws
insights
from
300
respondents
representing
diverse
countries.
Quantitative
analysis
collected
data
unveils
intricate
relationships
between
these
variables.
The
findings
shed
light
on
positive
correlation
higher
density
enhanced
quality.
Furthermore,
underscores
importance
coverage
mediator
that
amplifies
improvement
presence
abundant
infrastructure.
traffic
adds
complexity,
revealing
unexpected
correlations
require
further
exploration
to
grasp
nuanced
dynamics.
context,
densely
populated
cities
often
grapple
with
poor
quality,
this
contributes
evidence-based
planning
policymaking.
By
quantitatively
unraveling
infrastructure,
improvement,
equips
stakeholders
for
fostering
sustainable
liveable
environments.
As
strive
balance
growth
environmental
concerns,
inform
strategies
harness
potential
pave
way
cleaner,
healthier,
more
resilient
across
Asia.
AQUA - Water Infrastructure Ecosystems and Society,
Journal Year:
2024,
Volume and Issue:
73(1), P. 57 - 72
Published: Jan. 1, 2024
Abstract
The
steady
growth
of
cities
alters
the
urban
environmental
pattern
and
functions,
posing
significant
challenges
to
ecological
as
well
governance.
Under
this
setting,
analyzing
relationship
between
services
is
critical
for
management
policy-related
sustainable
development.
primary
goal
research
analyse
dynamic
urbanization
its
influence
on
ecosystem
via
changes
in
LULC
Mangaluru
city
agglomeration,
India.
For
five
decades
(1980,1990,
2000,
2010,
2022),
service
values
(ESVs)
are
analysed
using
remote
sensing
data
Geographic
Information
System
(GIS)
techniques
corresponding
with
global
value
coefficient
(VC)
estimate
total
(ESVt)
individual
function
change.
study
shows
that
declined
by
US$
116.89
million
85.14
due
9.54
63.44%
decreases
agricultural
land
wasteland/shrubland
1980
2022.
In
terms
regulating
increased
from
2022,
nutrient
cycling
(45.64%),
raw
material
(15.59%),
erosion
control
(12.13%)
contributing
most.
loss
certain
ESV
landscape
necessitates
immediate
action
improve
sustainability
proper
planning
policy.
International Journal of Business Law and Education,
Journal Year:
2024,
Volume and Issue:
5(1), P. 412 - 430
Published: Jan. 25, 2024
The
socioeconomic
and
environmental
ramifications
of
green
development
in
Indonesia
are
investigated
this
study,
which
also
investigates
the
perspectives
urban
residents.
data
243
participants
were
analyzed
utilizing
Structural
Equation
Modeling
(SEM-PLS
4)
a
quantitative
fashion.
variables
comprised
perceptions
residents,
impacts,
contributions
social
entrepreneurs,
implications.
research
findings
indicated
that
was
regarded
favorably,
as
evidenced
by
elevated
levels
consciousness,
perceived
significance,
anticipations.
Social
entrepreneurship
has
been
identified
substantial
mediator
connection
between
ramifications,
perceptions.
implications
extend
to
policy
formulation
planning,
while
providing
significant
body
literature
concerning
development.
Computational Urban Science,
Journal Year:
2025,
Volume and Issue:
5(1)
Published: Feb. 3, 2025
Abstract
With
the
orderly
progression
of
urban
renewal
in
China,
social
capital,
as
an
important
factor
analyzing
relationship
between
stakeholders,
has
once
again
become
a
key
topic
planning
research.
Green
spaces
have
proved
to
more
notable
impact
on
capital
than
other
built
environment
factors.
In
light
this,
present
study
is
based
data
1,282
residents’
questionnaire
surveys
conducted
Nanjing
2022
and
extracts
spatial
characteristic
information
green
space
through
multisource
big
such
remote
sensing
data,
street-view
points
interest,
investigate
influence
mechanism
physical
perceived
attributes
community
capital.
The
found
that
there
are
differences
mechanisms
dimensions
these
dual
direct
effect
perceptual
substantial,
while
almost
exclusively
affect
indirectly
perception
space.
Notably,
among
attributes,
only
total
coverage
neighborhood
vegetation
considerable
relations,
whereas
sentiment,
willingness
participate,
larger
aggregated
do
not
enhance
effectively.
Lastly,
affected
substantially
by
exogenous
variables
socioeconomic
group
differentiation.
Results
reveal
direction
optimization
from
perspective
promoting
which
provides
reference
for
synergistic
high-quality
development
community’s
nonphysical
environments.
Environmental Science and Pollution Research,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 22, 2025
Abstract
Urbanization
is
accelerating
rapidly,
highlighting
the
critical
role
of
aligning
with
sustainable
development
goals,
urban
green
and
blue
spaces
(UGS
UBS).
These
play
a
crucial
in
enhancing
health
well-being
city
residents
terms
ecology.
Acknowledging
importance
ecology,
this
study
utilizes
Sentinel-2A
data
support
vector
machine
classification,
aimed
to
identify
UGS
UBS.
To
examine
connections
between
UBS,
specific
indices,
spectral
bands,
textures
were
calculated.
Additionally,
concentration
chlorophyll,
vital
indicator
ecological
health,
was
assessed
using
three
indices.
Structural
equation
modeling
employed
elucidate
relationship
UBS
their
impact
on
chlorophyll
for
years
2017
2023.
In
model,
exhibited
positive
path
coefficient
(0.25)
chlorophyll-a,
indicating
that
an
increase
associated
levels.
Conversely,
2023,
turned
negative
(−
0.83),
presenting
stark
contrast
model.
This
shift
suggests
potential
environmental
or
changes,
such
as
alterations
quality
type
spaces,
potentially
including
more
non-native
ornamental
plants
contribute
less
overall
can
be
subjected
pollution,
soil
compaction,
other
stressors
reduce
plant
health.
Similarly,
showed
its
from
−
0.99
1.8
suggesting
improvements
cleaner
water
planning
strategies
at
reducing
pollution.
The
consistent
across
both
bodies
are
not
contributing
Chl
levels
due
complex
interactions
surroundings.
However,
further
research
essential
delve
into
these
dynamics
comprehend
implications
sustainability.
Frontiers in Environmental Science,
Journal Year:
2025,
Volume and Issue:
13
Published: May 9, 2025
Green
development
is
key
to
promoting
high-quality
regional
development.
Chengdu
Plain
Economic
Zone
(CPEZ)
stands
as
the
primary
area
for
Chengdu-Chongqing
twin-city
economic
circle.
This
study
constructed
an
evaluation
system
green
level,
selecting
33
indicators
from
three
dimensions:
environment,
lifestyle,
and
economy.
Through
application
of
entropy-TOPSIS
method,
Pearson
correlation
analysis,
geographic
detector,
level
urban
agglomeration
2013
2022
was
evaluated,
well
coupling
coordination
relationship
analyzed,
driving
mechanism
affecting
region
explored.
The
results
show
that:
(1)
overall
in
research
continues
improve
2022,
with
average
annual
growth
rate
5.11%.
There
spatial
heterogeneity
among
cities.
(2).
coordinated
degree
(CCD)
has
steadily
improved,
however,
still
a
low-level
stage
coupled
Among
them,
Ziyang,
Suining,
Mianyang,
Ya’an
exceeded
2015,
2017,
2018,
2019
respectively,
entering
(3).
factors
include
GDP
electricity
consumption,
per
capita
length
water
supply
pipelines,
percentage
added
value
secondary
tertiary
industries
GDP,
resources,
population
density.
differences
these
explain
over
50%
To
promote
CPEZ,
policy
recommendations
are
proposed:
Firstly,
optimize
environmental
governance.
second
encourage
technology
innovation
circular
third
strengthen
economy,
allocation
resource
elements,
enhance
radiation
effect
agglomerations,
drive
integrated
CPEZ.
Computational Urban Science,
Journal Year:
2024,
Volume and Issue:
4(1)
Published: Nov. 12, 2024
Abstract
Urban
computing
with
a
data
science
approaches
can
play
pivotal
role
in
understaning
and
analyzing
the
potential
of
these
methods
for
strategic,
short-term,
sustainable
planning.
The
recent
development
urban
areas
have
progressed
towards
data-driven
smart
to
resolve
complexities
around
areas.
system
faces
severe
challenges
are
complicated
capture,
predict,
deliver.
current
study
advances
an
unconventional
decision-support
framework
integrate
science,
sustainability
theories,
data-intensive
incorporate
grassroots
initiatives
top-down
policies.
This
work
will
influence
analytics
optimize
designs
solutions
enhance
sustainability,
efficiency,
resilience,
equity,
quality
life.
emphasizes
significant
trends
model-driven
decision
support
systems.
help
address
create
optimal
solution
multifaceted
setup
within
analytical
framework.
investigations
includes
research
about
land
use
prediction,
environmental
monitoring,
transportation
modelling,
social
equity
analysis.
fusion
computing,
intelligence,
is
expected
contribute
shaping
resilient,
equitable,
future
environmentally
sensible
eco-cities.
It
examines
emerging
domain
computational
being
utilized
including
resource
management,
impact,
equity.
analysis
improvements
case
studies
highlights
insights
models
promoting
resilient
environments,
more
effective
informed
policy-making.
Thus,
this
explores
integration
methodologies
advance
development.