Based
on
the
land
use
classification
data
of
Ho
Chi
Minh
City
for
a
total
four
periods
from
1990
to
2020,
study
investigates
expansion
urban
in
through
average
annual
index,
compactness,
and
other
indices.
Combined
with
Markov
chain
PLUS
model,
driving
factors
change
were
analyzed,
situation
2030
was
simulated
multiple
scenarios.
The
simulation
accuracy
high,
reliability
high.
It
provides
scientific
decision-making
references
future
enhancement
effectiveness
ecological
degradation
remediation
City,
formulation
planning
development
boundaries
protection
red
lines.
Abstract
China’s
northern
Fujian,
as
one
of
the
spatial
carriers
renowned
traditional
Chinese
cultures
such
Minyue,
Zhu
Xi’s
Neo-Confucianism,
tea,
and
porcelain,
has
preserved
a
wealth
tangible
cultural
relics,
showcasing
profound
heritage
possessing
strong
research
value
development
potential.
This
study
employs
GIS
statistical
analysis
map
visualization
technology
to
unveil
evolutionary
processes
sites
in
focusing
on
their
types,
forms,
densities
across
different
historical
periods.
Based
this
foundation,
further
delves
into
intrinsic
relationships
between
distribution
characteristics
Fujian
during
various
periods
local
natural
environment.
The
results
indicate
that:
(1)
varies
periods,
with
highest
concentration
quantity
observed
Ming
Qing
In
contrast,
Qin,
Han,
Wei,
Jin,
Northern
Southern
Dynasties
period
exhibits
lowest
more
dispersed
distribution.
(2)
Cultural
are
mainly
distributed
relatively
flat
terrain
below
400
m
above
sea
level,
including
middle
low-altitude
mountain
basins,
river
valleys,
low
hills.
terms
distance
from
rivers,
exhibit
clear
pattern
along
large
number
them
located
within
0–6
km
riverbanks.
(3)
is
influenced
not
only
by
macro-environmental
factors
topography,
altitude,
rivers
but
also
micro-shaping
social
elements
like
Minyue
culture,
tea
porcelain
ancient
road
Neo-Confucianism
religious
beliefs
customs
red
revolutionary
culture
contributes
establishment
model
correlating
provides
an
interdisciplinary
methodological
framework
understand
relationship
geographical
Remote Sensing,
Год журнала:
2023,
Номер
15(19), С. 4884 - 4884
Опубликована: Окт. 9, 2023
Landscape
ecological
risk
is
considered
the
basis
for
regional
ecosystem
management
decisions.
Thus,
it
essential
to
understand
spatial
and
temporal
evolutionary
patterns
drivers
of
landscape
risk.
However,
existing
studies
lack
exploration
long-term
time
series
driving
mechanisms
Based
on
multi-type
remote
sensing
data,
this
study
assesses
pattern
changes
in
Three
Gorges
Reservoir
Area
from
1990
2020
ranks
factors
using
a
geographical
detector.
We
then
introduce
geographically
weighted
regression
model
explore
local
contributions
factors.
Our
results
show:
(1)
From
2020,
agricultural
land
decreased,
while
forest
construction
expanded
Area.
The
overall
shifted
toward
aggregation.
(2)
exhibited
decreasing
trend.
areas
with
relatively
high
were
primarily
concentrated
main
urban
area
western
region
along
Yangtze
River,
apparent
(3)
Social
natural
affected
human
interference,
annual
average
temperature,
population
density,
precipitation;
interactions
occurred
between
drivers.
(4)
influence
showed
heterogeneity.
Spatially,
social
(human
interference
density)
was
positively
correlated.
Meanwhile,
factors’
(annual
temperature
precipitation)
varied
widely
distribution,
more
complex.
This
provides
scientific
reference
management,
use
policy
formulation,
optimization
security
patterns.
Applied Mathematics and Nonlinear Sciences,
Год журнала:
2025,
Номер
10(1)
Опубликована: Янв. 1, 2025
Abstract
This
paper
develops
a
digital
humanities
resource
integration
platform
based
on
the
local
cultural
heritage
of
southern
China
by
utilizing
key
technologies
and
combining
framework.
The
usability
is
analyzed
through
questionnaire
survey.
fuzzy
comprehensive
judgment
algorithm
then
used
to
further
evaluate
effect
sustainable
utilization
platform.
Users’
opinions
platform’s
communication
education,
collection
display
heritage,
online
interactive
experience,
personalized
information
recommendation,
virtual
scene
construction
are
“approved”.
Virtual
reality
technology
achieves
highest
degree
in
China,
with
4.54%,
resources
improved
8.31%~23.10%
compared
traditional
way
after
applying
this
judged
as
“excellent”.
great
significance
for
long-term
preservation
rational
China.
Land,
Год журнала:
2025,
Номер
14(4), С. 778 - 778
Опубликована: Апрель 4, 2025
Among
the
diverse
challenges
to
sustainability
of
China’s
rich
tangible
cultural
heritage,
climate
change,
associated
with
increased
temperatures,
altered
precipitation
regimes,
and
augmented
frequency
magnitude
extreme
events,
is
regarded
as
one
most
prominent.
However,
there
a
range
rapidly
emerging
environmental
socio-economic
hazards
that
threaten
heritage
in
country
but
have
thus
far
received
scant
attention
this
context.
Without
adequate
intervention,
country’s
historic
urban
highly
vulnerable.
Anthropocene
threats
important
legacy
include
sea
level
rise,
land
subsidence,
water
air
pollution,
rampant
urbanization,
tourism.
Suzhou,
situated
low-elevation
Yangtze
River
delta
within
or
two
meters
current
level,
lies
heart
fastest
socio-economically
developing
urbanizing
regions
world
especially
vulnerable
threats.
As
jewels
crown
architectural
Suzhou
represents
model
case
which
consider
conflicting
interests
development
conservation
context
changing
conditions.
In
review,
we
risks
Suzhou’s
posed
by
these
circumstances,
highlight
key
problems,
prioritize
urgent
issues
requiring
attention.
recognizing
spatial
temporal
nature
multiple
challenges,
need
for
integrated
approaches
safeguard
such
valuable
resources.
Moreover,
considering
imperative
accelerating
progress
towards
UN
Sustainable
Development
Goals
reflecting
on
theories
sustainable
management
outline
potential
policy
practice
implications
buildings,
canals,
gardens.
International Journal of Architectural Heritage,
Год журнала:
2024,
Номер
unknown, С. 1 - 36
Опубликована: Июль 1, 2024
The
conservation
of
Cultural
Heritage
(CH)
sites
is
vital
for
conserving
a
nation's
historical,
architectural,
and
socio-cultural
identity,
especially
in
areas
like
Yemen,
where
such
are
threatened
by
natural
hazards,
urban
development,
various
anthropogenic
activities.
This
study
addresses
these
challenges
introducing
comprehensive
risk
assessment
management
framework,
with
focused
case
on
the
ancient
city
Ibb
–
region
significant
CH.
employs
novel
hybridized
approach
that
combines
Geographic
Information
Systems
(GIS)
Strength,
Weakness,
Opportunity,
Threat
(SWOT)
Analytic
Hierarchy
Process
(AHP)
to
identify
thirteen
critical
factors
influencing
site
suitability.
These
classified
into
categories
systematically
analyzed
using
GIS
techniques.
Additionally,
identified
evaluated
16
SWOT
structured
questionnaire
surveys,
which
inform
an
integrated
AHP
methodology.
findings
revealed
area
mainly
from
very
high
low-risk
areas,
representing
(37.2%),
(24.3%),
moderate
(17.7%),
low
(12.3%),
(8.5%),
total
area,
indicating
most
them
highly
hazardous
environments,
necessitating
urgent
attention
implementation
protective
measures.
offers
valuable
insights
optimization
strategies
safeguarding
CH
City
Ibb.
It
particularly
useful
policymakers,
conservationists,
local
stakeholders,
providing
scalable
can
be
adapted
manage
risks
at
other
facing
similar
threats,
thus
making
contribution
field
heritage
management.
Applied Sciences,
Год журнала:
2024,
Номер
14(5), С. 2157 - 2157
Опубликована: Март 5, 2024
Burial
stone
relics
remain
in
a
humid,
semi-enclosed
environment
for
long
periods,
and
temperature
humidity
variations
can
cause
deterioration
acceleration.
Yang
Can’s
tomb
was
selected
as
the
research
object,
field
monitoring
simulations
were
performed
to
investigate
characteristics
of
variations,
after
which
simulation
results
evaluated.
The
showed
that
solar
radiation,
rainfall,
wind
speed,
depth
entry
are
important
factors
affecting
variation
burial
relics.
outside
chamber
is
greatly
affected
by
seasonal
while
inside
influenced
so
appropriate
measures
should
be
implemented
during
different
seasons
alleviate
deterioration.
On
basis
above
analysis,
model
interior
established
COMSOL
software
5.6,
combined
with
porous
medium
heat
transfer
computational
fluid
dynamics
(CFD)
model.
calculated
chamber.
This
study
provides
data
support
hydrothermal,
condensation
other
related
studies
Case Studies in Thermal Engineering,
Год журнала:
2024,
Номер
60, С. 104636 - 104636
Опубликована: Июнь 3, 2024
With
the
rapid
development
of
national
economy,
increasing
attention
has
been
given
to
living
environment
in
rural
areas,
especially
indoor
thermal
and
wind
environments.
This
study
conducted
on-site
measurements
questionnaire
surveys
during
winter
five
villages
northeastern
Sichuan.
Eighty-nine
traditional
residences
were
selected
investigate
their
fundamental
characteristics,
environment,
humidity
conditions,
comfort
levels.
Questionnaires
comparative
experiments
also
with
natives
locals.
combination
objective
data
subjective
feedback
provides
a
comprehensive
perspective
for
assessing
environment.
The
results
showed
that
when
expressed
as
neutral
temperature
humidity,
difference
was
2.36°C,
little
difference.
Residents
exhibited
higher
tolerance
towards
local
than
nonlocal
volunteers,
who
greater
sensitivity
it.
In
addition,
residents
had
Predicted
Mean
Vote
(PMV)
value
-0.69
heat
acceptance
-1.78,
while
non-local
volunteers
PMV
-0.76
-1.32.
A
detailed
evaluation
analysis
relationship
between
human
residential
houses
carried
out,
providing
technical
guidance
energy
conservation
insulation
buildings.