International Society for the Study of Vernacular Settlements,
Год журнала:
2023,
Номер
10(11), С. 336 - 349
Опубликована: Ноя. 1, 2023
This
article
systematically
explores
the
realm
of
Resilient
Urban
Design
(RUD)
as
a
proactive
approach
to
addressing
emerging
environmental
challenges.The
paper
commences
with
detailed
background
challenges
anticipated
in
near
future
and
accentuates
necessity
RUD.Through
comprehensive
literature
review,
theoretical
framework
significance
RUD
are
discussed,
along
an
analysis
prominent
strategies
practices
hitherto
employed.A
meticulous
evaluation
previous
research
reveals
points
agreement
disagreement
among
various
scholars,
identifying
gaps
current
knowledge,
particularly
concerning
implementation
diverse
urban
contexts.Observations
on
effectiveness
underlining
critical
role
they
play
mitigating
adapting
concludes
by
drawing
key
inferences
from
suggesting
roadmap
for
research.Recommendations
include
advocating
empirical
assessments,
fostering
interdisciplinary
approaches,
policy
hurdles,
emphasizing
communitycentric
research.It
underscores
pivotal
resilient
design
orchestrating
sustainable,
resilient,
livable
amidst
escalating
adversities.
Urban Governance,
Год журнала:
2023,
Номер
3(3), С. 169 - 185
Опубликована: Июль 2, 2023
As
the
world
becomes
increasingly
urbanized,
urban
governance
has
attracted
more
academic
attention.
There
have
been
some
review
articles
on
state
of
research,
as
they
are
in
form
selected
themes
by
authors,
it
is
difficult
to
gain
a
systematic
understanding
field.
This
article
conducts
bibliometrics
and
domain
knowledge
map
analysis
1280
papers
governance.
It
produces
comprehensive
picture
intellectual
structure,
evolution
trends
research
topics
The
findings
show
scholars
from
three
disciplines
covering
subfields
governance:
urbanity,
publicity
technology.
USA,
UK
mainland
China
main
contributors
research.
University
College
London,
Shanghai
Jiao
Tong
University,
Amsterdam,
Sheffield
key
players
international
collaboration.
However,
collaboration
network
rather
weak.
nine
highly
researched
topics:
citizenship,
monitoring
evaluation,
global
south
development
challenges,
mobility
sustainable
development,
institutional
concept
challenge,
technological
change
transformation,
metropolitan
innovation,
politics
intergovernmental
relations,
China.
Based
highlighted
words
themes,
gradually
moves
connotation
theoretical
basis
subject
practice
model
governance,
then
influencing
factors
evaluation
well
innovation
challenges
Land,
Год журнала:
2025,
Номер
14(4), С. 836 - 836
Опубликована: Апрель 11, 2025
With
the
acceleration
in
urbanization,
surface
hardening
has
increased,
urban
flooding
and
soil
erosion
problems
are
frequent,
water
resource
management
faces
great
challenges.
Sponge
city
construction
can
effectively
alleviate
these
by
simulating
natural
cycle
constructing
blue–green
infrastructure.
In
this
study,
analytic
hierarchy
process
(AHP)
ArcGIS
weighted
overlay
tool
were
used
to
construct
a
framework
for
assessing
suitability
of
sponge
Suzhou
from
three
dimensions
Geo-Smart
spatial
productive
forces,
Eco-Dynamic
green
Resilio-Tech
responsive
forces.
A
zoning
strategy
based
on
new
quality
forces
is
also
proposed.
The
results
show
that
be
divided
into
types
zones
according
level:
key
zones,
secondary
general
zones.
account
about
28.01%
total
land
area,
mainly
covering
built-up
areas
Suzhou,
developed
such
as
Gusu
District,
Xiangcheng,
Industrial
Park,
other
Northern
Kunshan.
area
hand,
61.94%
10.05%
respectively.
From
study
proposes
following
guidelines
zones:
(1)
enhance
coordinated
development
planning
construction;
(2)
promote
infrastructure
development,
strengthen
inter-departmental
cooperation,
ensure
ecological
economic
co-development;
(3)
encourage
public
participation
governance.
This
research
offers
theoretical
practical
guidance
cities
perspective
The
implementation
of
grey
and
green
infrastructure
is
an
effective
mean
to
address
urban
flooding
nonpoint
source
pollution,
but
due
the
complexity
process
diver-sity
benefits,
there
a
lack
measurement
for
their
comprehensive
benefits.
Adopting
typ-ical
university
in
Beijing
as
example,
this
paper
simulated
multidimensional
benefits
water
quantity,
quality,
ecology
facility
renovation
by
coupling
storm
management
model
(SWMM)
InfoWorks
Integrated
Catchment
Manage-ment
(ICM).
Monetization
methods
economical
means
were
employed
characterize
results
showed
that
retrofitting
re-duces
number
severe
overflow
nodes
study
area
54.35%,
total
vol-ume
22.17%,
pollution
level
approximately
80%
under
heavy
rain
scenario
60%
rainstorm
scenario.
annual
infra-structure
reached
¥765,600/year,
amount,
¥83,100/year
from
hydrological
regulation,
¥454,100/year
reduction,
¥228,300/year
ecological
improvement.
facilities
higher
than
those
facilities,
combined
negatively
correlated
with
rainfall
level,
bene-fit–cost
ratio
1.19.
provide
methodological
data
support
in-frastructure
within
context
sponge
cities.
Sustainability,
Год журнала:
2023,
Номер
16(1), С. 30 - 30
Опубликована: Дек. 19, 2023
As
one
of
the
swiftly
advancing
megacities
globally,
Lagos
faces
significant
challenges
in
managing
its
urban
expansion.
Mainly,
this
study
focuses
on
monitoring
and
predicting
growth
using
a
comprehensive
approach
incorporating
Global
Land
30
(GL30),
satellite-based
nighttime
light
observations,
built-up
population
density
data.
The
application
remote
sensing
techniques,
combined
with
utilizing
GL30
dataset,
provides
an
effective
means
to
monitor
predict
trends
patterns.
major
patterns
occurred
from
2000
2020,
including
increased
cultivated
land;
reductions
grasslands,
shrublands,
wetlands;
urbanization.
Predictive
models
indicate
that
urbanization
will
continue.
Furthermore,
employing
Cellular
Automata
(CA)
Markov
model
land-use
land-cover
(LULC)
change
prediction.
findings
revealed
changes
LULC
over
two
decades.
Particularly,
percentage
artificial
terrain
17.016%
25.208%,
area
under
cultivation
significantly,
rising
46,771
km2
(1.238%)
75,283
(1.993%)
2020.
Grasslands
fell
7.839%
1.875%,
while
forest
cover
somewhat
increased,
climbing
39.319%
43.081%.
Additionally,
marshes
9.788%
5.646%,
shrublands
decreased
4.421%
2.640%.
Surprisingly,
bare
ground
sharply
0.677%
0.003%.
To
forecast
future
changes,
also
used
Chain
Transition
Matrix.
According
data,
there
is
3.54%
chance
agricultural
land
become
urban,
converting
it
being
for
agriculture
development.
On
other
hand,
just
1.05%
forested
regions
were
likely
municipal
areas.
This
offers
foundations
upcoming
research
enhance
sustainability
strategies
face
environmental
concerns
region,
as
well
laying
groundwork
informed
decision-making
region.
Water,
Год журнала:
2023,
Номер
15(14), С. 2590 - 2590
Опубликована: Июль 16, 2023
The
implementation
of
grey
and
green
infrastructure
is
an
effective
means
to
address
urban
flooding
nonpoint
source
pollution,
but
due
the
complexity
process
diversity
benefits,
there
a
lack
measurement
comprehensive
benefits.
Adopting
typical
university
in
Beijing
as
example,
this
paper
simulated
multidimensional
benefits
water
quantity,
quality,
ecology
facility
renovation
by
coupling
storm
management
model
(SWMM)
InfoWorks
Integrated
Catchment
Management
(ICM).
Monetization
methods
economical
were
employed
characterize
results
showed
that
retrofitting
reduced
number
severe
overflow
nodes
study
area
54.35%,
total
volume
22.17%,
pollution
level
approximately
80%
under
heavy
rain
scenario
60%
rainstorm
scenario.
annual
reached
CNY764,691/year:
amount,
CNY275,726/year
was
from
hydrological
regulation,
CNY270,895/year
reduction,
CNY218,070/year
ecological
improvement.
facilities
higher
than
those
facilities,
combined
negatively
correlated
with
rainfall
level,
benefit–cost
ratio
1.19.
provide
methodological
data
support
for
within
context
sponge
cities.
