Sustainability,
Год журнала:
2024,
Номер
16(19), С. 8299 - 8299
Опубликована: Сен. 24, 2024
Discovering
the
Representative
places
(RPs)
of
a
city
will
benefit
understanding
local
culture
and
help
to
improve
life
experiences.
Previous
studies
have
been
limited
in
regard
large-scale
spatial
identification
RPs
due
vagueness
boundaries
lack
appropriate
data
sources
efficient
tools.
Furthermore,
human
perception
these
remains
unclear.
To
address
this
gap,
research
adopts
novel
approach
identify
evaluate
from
perspective
perception.
Our
methodology
involves
utilization
deep
learning
systems,
text
semantic
analysis,
other
techniques
integrate
multi-source
data,
including
points
interest
(POIs),
street
view
images,
social
media
data.
Taking
Nanjing,
China,
as
case,
we
identified
192
their
perceptual
ranges
(PRRPs).
The
results
show
following:
(1)
Comparing
non-RPs,
higher
average
scores
across
four
dimensions
(positive
indicators):
Beautiful
(7.11%
higher),
Lively
(34.23%
Safety
(28.42%
Wealthy
(28.26%
higher).
Conversely,
exhibit
lower
two
(negative
Boring
(79.04%
lower)
Depressing
(20.35%
lower).
(2)
Across
various
dimensions,
utilized
15.13%
land
area
effectively
cover
approximately
50%
hotspots
cold
spots.
(3)
significant
variations
different
types,
levels,
preferences.
These
demonstrate
positive
perceived
effects
that
have,
providing
valuable
insights
support
urban
management,
transformation
built
environment,
promotion
sustainable
development,
provide
guidance
for
planners
designers
make
improvements
design
planning
sites
more
attractive.
Forests,
Год журнала:
2024,
Номер
15(4), С. 670 - 670
Опубликована: Апрель 8, 2024
The
acoustic
landscape
directly
affects
people’s
perceptual
experience,
which
is
crucial
to
enhancing
urban
greenways’
visibility
experience.
This
study
analyzed
data
from
three
typical
greenways
in
Fuzhou
City.
By
classifying
and
combining
the
space
into
two
levels
of
“enclosure–coverage”,
was
categorized
six
types:
covered,
uncovered,
open,
semi-open,
semi-enclosed,
enclosure
space.
We
explored
characteristics
soundscape
perception
factors
affecting
evaluation
different
spaces.
results
showed
that
differences
sound
sources
between
day
night
led
spatial
types.
pressure
level
decreased
with
an
increasing
degree
coverage.
scores
source
were
significantly
degrees
coverage,
where
open
covered
most
sensitive
sound,
played
a
positive
role
harmony
artificial
sound.
Pleasantness
richness
main
influencing
overall
perception,
contributing
50%
17%,
respectively.
Visitors’
age,
residence
type,
visit
frequency
perception.
conclusions
provide
reference
for
improving
quality.
Journal of Asian Architecture and Building Engineering,
Год журнала:
2025,
Номер
unknown, С. 1 - 17
Опубликована: Март 3, 2025
The
thermal
environment
effect
poses
great
threats
to
the
sustainable
development
of
cities.
It
is
crucial
identify
priority
areas
for
optimizing
urban
as
a
strategy
mitigate
this
effectively.
We
developed
comprehensive
framework
metrics
evaluate
community-scale
outdoor
comfort
and
built
characteristics.
This
includes
universal
climate
index
green
space
morphology,
utilizing
large
dataset
meteorological
data.
Subsequent
spatial
econometric
analysis
pinpointed
that
have
significant
impact
on
comfort.
Additionally,
we
applied
methods
supply–demand
matching
division
determine
key
with
imbalances
areas.
results
showed
substantial
variability
in
among
different
community
units
old
city
Fuzhou,
China.
Seven
building
coverage
ratio,
patch
density,
shape
index,
etc.
significantly
influenced
Among
four
identified
relationships
between
comfort,
97
were
categorized
mismatch,
45
these
highest
priority.
study
provides
scientific
foundation
devising
more
focused
strategies
optimize
environment.
Forests,
Год журнала:
2024,
Номер
15(5), С. 876 - 876
Опубликована: Май 17, 2024
Exploring
the
combined
effects
of
multisensory
interactions
in
open
spaces
can
help
improve
comfort
campus
environments.
Nine
typical
on
a
university
Fuzhou
were
selected
for
this
study.
Subjects
perceived
environment
and
then
completed
an
on-site
subjective
questionnaire.
At
same
time,
meteorological
data
(global
radiation,
air
temperature,
globe
wind
speed,
relative
humidity,
illumination
intensity)
measured
to
determine
between
visual
acoustic
thermal
perceptions.
Differences
parameters
measuring
points
described
using
one-way
ANOVA
Tukey’s
post
hoc
test,
chi-square
test
independence
was
used
significant
associations
thermal,
acoustic,
comfort,
which
turn
led
study
visual,
two-way
ANOVA.
The
following
conclusions
drawn:
(1)
Thermal
Comfort
Vote
(TCV)
increased
with
increasing
Acoustic
(ACV)
at
all
levels
stress.
(2)
highest
lowest
Sensation
(ASV)
values
each
sound
type
derived
from
either
“slightly
cold”
or
“warm”
conditions.
Both
positively
correlated.
(3)
When
“neutral”,
(TSV)
intensity
(LUX).
(4)
Sunlight
(SSV)
Universal
Climate
Index
(UTCI)
when
(LUX)
moderate
bright.
(5)
came
Sustainability,
Год журнала:
2024,
Номер
16(22), С. 9995 - 9995
Опубликована: Ноя. 16, 2024
This
study
examines
the
impact
of
changes
in
temperature
and
seasonal
climate
across
a
4-year
period
(2019–2022)
existing
design
on
pedestrian
activity
ChiKaHo
underground
public
space
Sapporo,
Japan.
Using
statistical
regression
analyses,
identified
boundary
ranges
for
each
analyzed
point
this
presented
an
assumption
design-
function-related
factors
influencing
use
ChiKaHo.
Each
observation
exhibited
unique
range
change
behavior,
from
−2
°C
(points
J1
J3
near
main
transportation
station
gate
corridor,
respectively)
to
+6.8–13.2
points
J2
J4,
open
spaces.
research
revealed
affecting
spaces
that
varying
has
different
influences
particular
location.
In
future,
can
be
used
as
basis
local
improvements
adaptation
policies
provide
sustainable
