Geomatics Natural Hazards and Risk,
Journal Year:
2024,
Volume and Issue:
16(1)
Published: Dec. 23, 2024
With
the
acceleration
of
climate
change
and
urbanization,
impacts
floods
on
Chinese
cities
have
become
increasingly
severe,
improving
urban
flood
resilience
has
an
urgent
issue.
Although
scholars
in
China
proposed
many
methods
to
evaluate
last
decade,
research
this
field
not
been
critically
reviewed
thoroughly
detail.
Therefore,
study
selects
high-quality
original
papers
from
previous
decade
focuses
analyzing
location,
framework,
data,
analytical
methods,
limitations
current
assessment
methods.
The
study's
main
objective
is
inform
identification
a
system
applicable
context
while
revealing
existing
methodology's
shortcomings
data
accuracy
quality,
consideration
regional
variability,
indicator
validity.
Finally,
finds
significant
challenges
eight
areas:
talent
pool,
public
participation,
investment
financing
mechanisms.
It
provides
targeted
strategies,
such
as
building
multi-sectoral
synergistic
governance
mechanism.
Infrastructures,
Journal Year:
2024,
Volume and Issue:
9(6), P. 90 - 90
Published: May 24, 2024
The
recent
rise
in
the
applications
of
advanced
technologies
sustainable
design
and
construction
transportation
infrastructure
demands
an
appropriate
medium
for
their
integration
utilization.
relatively
new
concept
Civil
Integrated
Management
(CIM)
is
such
a
medium;
it
enhances
development
digital
twins
also
embodies
various
practices
tools,
including
collection,
organization,
data-management
techniques
data
projects.
This
paper
presents
comprehensive
analysis
CIM
tools
categorizes
its
findings
into
following
research
topics:
application
surveying
methods
(Advanced
Surveying);
geospatial
project
planning
(Geospatial
Analysis);
multidimensional
virtual
models
(nD
Modeling);
Geospatial
Building
Information
Modeling
(GeoBIM);
maintenance
rehabilitation
(Asset
Management).
Despite
challenges
as
modeling
complexity,
technology
investment,
security,
GIS,
BIM,
artificial
intelligence
within
asset-management
systems
hold
potential
to
improve
infrastructure’s
structural
integrity
long-term
performance
through
automated
monitoring,
analysis,
predictive
during
lifetime.
Heliyon,
Journal Year:
2024,
Volume and Issue:
10(6), P. e28191 - e28191
Published: March 1, 2024
The
successful
implementation
of
urban
resilience
strategies
is
utmost
importance
in
order
to
reduce
susceptibility
and
bolster
the
face
climate
change
consequences.
current
understanding
efficacy
different
mitigating
vulnerability
bolstering
lacking,
despite
its
significance.
This
study
assesses
enhancing
resilience.
We
conducted
a
comprehensive
analysis
scholarly
literature
published
English
following
PRISMA
criteria
from
January
2001
July
2023.
Finally,
116
articles
met
inclusion
were
selected
for
in-depth
analysis.
Results
indicate
that
while
have
potential
enhance
resilience,
effectiveness
techniques
contingent
upon
various
factors,
such
as
type
hazard,
setting,
process.
also
highlights
significance
stakeholder
involvement,
community
participation,
adaptive
management
essential
components
effectively
implementing
measures.
Integrating
physical,
social,
institutional
practices
demonstrated
notable
effectiveness.
reveals
improving
physical
areas
strengthening
their
social
capabilities
address
learn
disruptive
events
pressures
can
decrease
vulnerability.
research
exposes
those
focusing
solely
on
single
issue,
infrastructure,
neglecting
or
elements,
which
prove
less
effective.
A
approach,
incorporating
institutional,
measures,
should
be
designed
achieve
maximal
Land,
Journal Year:
2023,
Volume and Issue:
12(6), P. 1200 - 1200
Published: June 9, 2023
With
global
climate
change
and
rapid
urbanization,
it
is
critical
to
assess
urban
flood
resilience
(UFR)
within
the
social-economic-natural
complex
ecosystem
in
dealing
with
disasters.
This
research
proposes
a
conceptual
framework
based
on
PSR-SENCE
model
for
evaluating
exploring
trends
over
time,
using
27
cities
Yangtze
River
Delta
(YRD)
of
China
as
case
studies.
For
overall
evaluation,
hybrid
weighting
method,
VIKOR,
sensitivity
analysis
were
used.
During
that
UFR
YRD
region
averaged
moderate
level
an
upward
trend.
distinguishes
between
levels
fluctuation
provinces
cities.
Jiangsu,
Zhejiang,
Anhui
all
displayed
trend
progressive
development;
however,
Shanghai
completely
opposite
pattern,
mainly
because
state
dimension.
81.41%
exhibited
varying,
resistance,
few
demonstrating
inverse
changes.
Regional,
provincial,
city-level
implications
are
proposed
future
enhancement.
The
contributes
better
understanding
under
conditions
provides
significant
insights
policymakers,
planners,
practitioners
other
similar
flood-prone
areas.
