Land,
Год журнала:
2022,
Номер
11(6), С. 898 - 898
Опубликована: Июнь 13, 2022
In
the
face
of
increasing
disturbance
factors,
resilience
has
become
an
important
criterion
for
measuring
sustainable
development
cities.
Quantitatively
describing
process
urban
and
identifying
key
areas
dimensions
are
scientific
significance
understanding
evolutionary
law
resilience,
guiding
regional
risk
prevention,
building
environment
development.
For
this
study,
taking
Nanchang
City
as
a
case
study
dividing
natural
water
network
groups,
index
system
was
constructed
from
scale,
density,
morphology,
function
by
drawing
on
theory
landscape
ecology
basis
considering
internal
relationship
between
attributes
factors.
On
basis,
focuses
evolution
differences
in
various
groups
quantitatively
describes
coordinated
status
adaptive
phase
characteristics
resilience.
This
not
only
enriches
research
scale
perspective
but
also
provides
specific
spatial
guidance
formulating
resilient
planning
promoting
Heliyon,
Год журнала:
2022,
Номер
8(11), С. e11763 - e11763
Опубликована: Ноя. 1, 2022
Climate
change
and
socioeconomic
developments
are
increasing
the
frequency
severity
of
floods.
Flood
management
is
widely
recognized
as
an
effective
way
to
reduce
adverse
consequences,
a
more
resilient
sustainable
flood
approach
has
been
goal
in
recent
studies.
This
study
used
detailed
bibliometric
analysis
keywords,
terms
timelines
research
field
research.
It
provides
new
insight
into
trends,
by
examining
frontiers
from
2000
2021.
We
conclude
that
trend
experienced
transition
control
resilience.
The
review
shows
moved
traditional
management,
which
mitigation
strategies,
risk
adaptation
approach—adjusting
measures,
resilience
plan
cope
with
disasters.
also
present
overview
research,
definition
risk,
methods,
resilience,
corresponding
implementation
strategies.
integrating
concept
framework
better
future
directions.
Consequently,
appropriate
options
decisions
prior
disaster,
during
post-disaster
will
effectively
consequences
using
theory
sustainability.
Ecological Indicators,
Год журнала:
2023,
Номер
154, С. 110740 - 110740
Опубликована: Авг. 1, 2023
Building
regional
ecological
network
can
alleviate
the
notable
contradiction
between
land
use
and
development
in
process
of
rapid
urbanization.
Suzhou
is
center
city
Yangtze
River
Delta
urban
cluster
a
typical
water
city,
but
high
intensity
has
fragmented
its
space.
The
study
firstly
introduced
patch
generation
simulation
(PLUS)
model
to
simulate
under
priority
scenario
2032,
combining
data
2002,
2012
2022
provide
basis
for
construction
later
stage.
Secondly,
sources
four
periods
were
identified
by
morphological
spatial
pattern
analysis
(MSPA)
landscape
connectivity
analysis,
corridors
nodes
each
period
screened
classified
minimum
cumulative
resistance
(MCR)
model,
gravity
hydrological
analysis.
Then
we
superimposed
sources,
corridors,
construct
an
that
develop
harmony
with
dynamics.
Finally,
degree
optimization
was
verified
structural
evaluation
comparison
2022.
results
indicate
(1)
largest
area
among
types,
good
substrate.
Under
guidance
green
strategy,
woodland
grassland
areas
will
slightly
increase
2032.
overall
generally
remain
consistent
2022,
fragmentation
be
mitigated.
(2)
A
total
23
are
identified,
mainly
located
near
Taihu
Lake,
Yangcheng
Lake
River.
Among
them,
most
important
source.
76
screened,
including
31
22
protected
potential
mostly
corridors.
54
selected,
divided
into
21
general
strategic
points,
12
11
restorative
points
10
break
points.
(3)
plan
forms
"three
cores,
pieces,
multiple
sources"
proposes
corresponding
refined
management
measures
promote
sustainable
region.
In
addition,
this
aims
propose
framework
coupled
simulation,
which
new
ideas
similar
regions
affected
urbanization
around
globe.
Urban Climate,
Год журнала:
2023,
Номер
48, С. 101402 - 101402
Опубликована: Янв. 16, 2023
Resilience
has
been
widely
used
as
a
concept
to
analyse,
understand,
and
improve
cities'
coping
capacities
disasters.
However,
it
is
still
challenge
operationalise
quantify
resilience.
This
study
proposes
framework
for
assessing
resilience
disasters
based
on
the
relationship
between
disaster
intensity
damage
rate.
We
use
intense
(short-term
heavy)
rainfall-induced
urban
flooding
in
Shenzhen
city,
one
of
largest
cities
China,
an
example
explore
main
features
transferability
proposed
assessment
framework.
In
addition,
we
demonstrate
usability
by
using
assess
compare
effectiveness
two
resilience-building
strategies:
(1)
permeable
pavement
transformation
(2)
land
vulnerability
reduction.
research
makes
innovative
contribution
through
its
effective
disaster-damage-based
approach
quantitatively
evaluating
disasters,
which
can
support
building
mitigating
impact
climate
change.
Progress in Disaster Science,
Год журнала:
2023,
Номер
20, С. 100299 - 100299
Опубликована: Окт. 27, 2023
Academic
interest
in
comprehending
flood
resilience
concepts
and
their
evaluation
is
growing
with
the
increasing
frequency
severity
of
disasters
due
to
climate
change
(CC).
This
paper
conducts
a
comprehensive
systematic
literature
review
on
urban
assessment
(UFRA)
address
inadequacy
preparedness,
response
lengthy
recovery
process.
The
covers
UFRA
process
considering
elements,
methods,
tools
techniques,
challenges
achieving
provides
guidance
for
constructing
advance
frameworks.
Scopus
Web
Science
databases
were
accessed
by
employing
pertinent
keywords.
reveals
prevalence
frameworks
analysing
isolated
or
clustered
elements
rather
than
framework
assessing
resilience.
Various
such
as
multi-criteria
decision-making
methods
(MCDM),
hydrological
modelling,
household
surveys,
geographic
information
system
(GIS)
are
commonly
employed
single
elements.
However,
achieve
overall
an
area,
there
need
integrated
approach
that
accounts
evolving
risk
landscape.
Creating
poses
intricate
nature
system,
which
requires
collaboration
across
multiple
disciplines
integration
modern
including
computational
modelling
agent-based
(ABM)
dynamics
approaches,
artificial
intelligence
cognitive
fuzzy
modelling.
outcome
this
research
serves
valuable
resource
researchers,
academicians,
policymakers.
It
aids
understanding
process,
focusing
inter-relationships,
dimensions
indicators
necessary
scenarios
comprehensively.
Scientific Reports,
Год журнала:
2025,
Номер
15(1)
Опубликована: Март 28, 2025
Green
infrastructure
(GI)
has
been
increasingly
associated
with
urban
flood
resilience
as
it
provides
benefits
in
protecting
communities
from
dangers
and
improving
socio-economic
capabilities.
In
order
to
optimize
the
GI
advantages,
is
necessary
engage
strategic
prioritizing
of
implementation
areas,
considering
local
conditions.
Despite
a
growing
interest
connecting
resilience,
there
still
lack
strategic-oriented
planning
models
aimed
at
enhancing
resilience.
This
study
introduced
Flood
Resilience-based
Urban
Infrastructure
Site
Priority
(FRUGISP)
model,
which
employs
GIS-based
multi-criteria
assessment
determine
regions
that
should
be
prioritized
for
systems,
based
on
their
levels.
The
model
was
used
map
priority
areas
Monterrey,
Mexico,
Brussels,
Belgium.
distinct
features,
both
cities
face
challenges.
results
showed
utmost
importance
index
land
availability
implementation.
potential
applied
other
grappling
issues,
providing
guidance
decision-makers
selecting
high-priority
locations
projects.
approach
can
effectively
address
difficulties
posed
by
floods,
ensuring
areas.
Buildings,
Год журнала:
2022,
Номер
12(6), С. 759 - 759
Опубликована: Июнь 2, 2022
When
encountering
crisis
events,
systems,
organizations,
and
people
must
react
handle
these
unpredictable
events.
Under
circumstances,
important
social
functions
infrastructures
be
restored
or
adapted
as
quickly
possible.
This
capacity
refers
to
resilience.
Although
considerable
research
has
been
conducted
on
the
resilience
of
infrastructure
systems
over
past
years,
a
critical
review
studies
remains
lacking.
Therefore,
this
study
aims
bridge
knowledge
gap
by
presenting
comprehensive
in
decade,
namely,
from
2011
2021.
On
basis
systematic
search,
identified
222
journal
articles
investigating
A
papers
revealed
five
streams
area
(IR),
assessment
resilience,
improvement
conceptualizing
various
perspectives,
factors
influencing
prediction
also
presented
some
directions
that
future
can
pursue.
These
include
analyzing
based
simulation,
assessing
green
infrastructure,
improving
interdependent
predicting
empirical
research.
