The Research on the Construction of Traditional Village Heritage Corridors in the Taihu Lake Region Based on the Current Effective Conductance (CEC) Theory
Wu Yao,
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Mingrui Miao,
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Yonglan Wu
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et al.
Buildings,
Journal Year:
2025,
Volume and Issue:
15(3), P. 472 - 472
Published: Feb. 3, 2025
This
study
focuses
on
constructing
a
heritage
corridor
for
traditional
villages
in
the
Taihu
Lake
region,
aiming
to
promote
cultural
preservation
and
sustainable
development
of
these
through
innovative
pathway
design.
Based
spatial
distribution
characteristics
across
five
cities
surrounding
(Suzhou,
Wuxi,
Changzhou,
Huzhou,
Jiaxing)
existing
transportation
network,
this
research
integrates
Circuit
Effective
Conductance
(CEC)
theory
with
ArcGIS
analysis
methods
optimize
pathways
corridor.
The
results
show
that
expected
nearest
neighbor
distance
307
region
is
5245.61
m,
actual
being
3385.60
z-score
−11.85,
index
0.645786,
indicating
exhibit
clustered
distribution.
Combined
kernel
density
results,
“dual-core–four
zones–multiple
scatter
points”
structure
revealed,
Dongshan
Island
Wujiang
District
serving
as
primary
secondary
cores,
respectively.
By
establishing
“dual-ring
corridor”
stable
village
transmission
has
been
formed,
consisting
137
corridors.
Meanwhile,
CEC
model
demonstrates
high
adaptability
generating
circular
corridors,
particularly
creating
closed-loop
structures
around
lake,
thereby
enhancing
connectivity
corridors
facilitating
effective
flow
resources.
Through
strategic
design
outer
inner
ring
successfully
links
develops
optimal
travel
routes.
provides
practical
solutions
protection,
revitalization,
integration
tourism
offers
new
perspective
lakefront
geographies
China.
Language: Английский
Investigating the spatial distribution and influencing factors of traditional villages in Qiandongnan based on ArcGIS and geodetector
Wenbin Xiao,
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Eng‐Yen Huang,
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Congcong Li
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et al.
Scientific Reports,
Journal Year:
2025,
Volume and Issue:
15(1)
Published: Feb. 17, 2025
Qiandongnan,
China,
is
one
of
the
first
batches
traditional
villages
in
demonstration
area
concentrated
and
continuous
protection
utilization.
The
study
spatial
distribution
characteristics
their
influencing
factors
crucial
to
centralized
villages.
This
uses
415
six
Qiandongnan
as
research
object.
Using
ArcGIS
analysis
Geodetector
methods,
we
analyzed
spatial–temporal
evolution
factors.
findings
reveal
that
exhibit
a
clustering
trend
with
poor
equilibrium,
forming
four
high-density
regions.
primarily
formed
during
Ming
Dynasty,
displaying
"point-axis"
expansion
characterized
by
agglomeration
"Place
Two
Districts—Trace
Water
into
Mountains—Expand
Periphery—Consolidate
Pattern".
results
show
natural,
social,
historical,
other
jointly
influence
villages,
which
river
density
population
are
main
factors,
interaction
multiple
shows
an
upward
trend.
can
provide
scientific
guidance
suggestions
for
utilization
Qiandongnan.
Language: Английский
Spatial and temporal distribution and evolution of traditional villages in Xin ’an River Basin of China based on geographic detection and remote sensing technology
Hong Cai,
No information about this author
Jiaying Yu,
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Yanlong Guo
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et al.
Ecological Indicators,
Journal Year:
2025,
Volume and Issue:
171, P. 113239 - 113239
Published: Feb. 1, 2025
Language: Английский
New Challenges to Managing Cultural Routes: The Visitor Perspective
Sustainability,
Journal Year:
2024,
Volume and Issue:
16(16), P. 7164 - 7164
Published: Aug. 21, 2024
In
recent
decades,
cultural
routes
have
become
increasingly
important
in
the
tourism
offerings
of
rural
destinations.
It
is
vital
to
identify
factors
that
visitors
consider
their
satisfaction
with
a
route
and
its
overall
impact
on
tourist
destination.
This
paper
employs
Principal
Components
Analysis
(PCA)
investigate
dimensions
visitor
routes.
A
survey
assessed
37
specific
aspects
destination,
revealing
three
key
dimensions:
destination
characteristics,
infrastructure,
roots
offerings.
The
findings
highlight
need
move
beyond
traditional
models
focus
experiences
instead
explore
contributing
study
examines
regions
Primorje-Gorski
Kotar
County
Croatia
neighboring
Bosnia
Herzegovina.
scientific
significant
implications
for
managers,
aiding
innovation
creation
will
enhance
satisfaction.
Language: Английский