Sustainability,
Год журнала:
2024,
Номер
16(12), С. 5076 - 5076
Опубликована: Июнь 14, 2024
Despite
the
increasing
number
of
flood
studies,
interrelationships
between
urban
form
indices
(UFIs)
and
resilience
(FR)
have
received
little
attention
hold
miscellaneous
perspectives.
Consequentially,
this
study
identifies
how
UFIs
at
various
spatial
scales
affect
FR
by
synthesizing
article
findings
proposing
insights
for
future
research.
Scientometric
analysis
has
been
used
to
analyze
gathered
peer-reviewed
articles
from
nine
research
engines
without
time
restrictions.
One
hundred
eighteen
relevant
were
included
thoroughly
investigated
using
Preferred
Reporting
Items
Systematic
Reviews
Meta-Analyses
(PRISMA)
protocol.
Our
indicate
that
divergent
dialectical
perspectives
about
efficacy
are
due
multiple
disciplines,
methodologies,
different
case
contexts.
The
studies
classified
according
scale
as
macro
(citywide),
meso
(districts),
micro
(block),
multi-scalar
80.5%,
6.8%,
10.2%,
2.4%,
respectively.
Furthermore,
categorized
based
on
type
into
realistic
literature
reviews,
modeling,
hybrid
analysis,
with
74.6%,
7.6%,
14.4%,
3.4%,
At
macroscale,
city
density
distribution
degree
most
significant
effect
FR.
same
time,
mixed
uses,
connectivity,
coverage
ratio,
block
arrangements,
street
characteristics
scales.
Further
trade-offs
commonality
UFIs,
FR,
overall
required
shape
climate-adaptive,
sustainable
communities.
The Innovation,
Год журнала:
2024,
Номер
5(2), С. 100588 - 100588
Опубликована: Фев. 7, 2024
The
combination
of
urbanization
and
global
warming
leads
to
urban
overheating
compounds
the
frequency
intensity
extreme
heat
events
due
climate
change.
Yet,
risk
can
be
mitigated
by
green-blue-grey
infrastructure
(GBGI),
such
as
parks,
wetlands,
engineered
greening,
which
have
potential
effectively
reduce
summer
air
temperatures.
Despite
many
reviews,
evidence
bases
on
quantified
GBGI
cooling
benefits
remains
partial
practical
recommendations
for
implementation
are
unclear.
This
systematic
literature
review
synthesizes
base
mitigation
related
co-benefits,
identifies
knowledge
gaps,
proposes
their
maximize
benefits.
After
screening
27,486
papers,
202
were
reviewed,
based
51
types
categorized
under
10
main
divisions.
Certain
(green
walls,
street
trees)
been
well
researched
capabilities.
However,
several
other
received
negligible
(zoological
garden,
golf
course,
estuary)
or
minimal
(private
allotment)
attention.
most
efficient
was
observed
in
botanical
gardens
(5.0
±
3.5°C),
wetlands
(4.9
3.2°C),
green
walls
(4.1
4.2°C),
trees
(3.8
3.1°C),
vegetated
balconies
2.7°C).
Under
changing
conditions
(2070-2100)
with
consideration
RCP8.5,
there
is
a
shift
subtypes,
either
within
same
zone
(e.g.,
Dfa
Dfb
Cfb
Cfa)
across
zones
[continental
warm-summer
humid]
BSk
[dry,
cold
semi-arid]
Cwa
[temperate]
Am
[tropical]).
These
shifts
may
result
lower
efficiency
current
future.
Given
importance
multiple
services,
it
crucial
balance
functionality,
performance,
co-benefits
when
planning
future
GBGI.
inventory
assist
policymakers
planners
prioritizing
effective
interventions
overheating,
filling
research
promoting
community
resilience.
Water Science & Technology,
Год журнала:
2024,
Номер
89(2), С. 382 - 403
Опубликована: Янв. 12, 2024
This
study
uses
a
Systematic
Literature
Review
(SLR)
process
to
know
the
present
status
of
research
on
urban
Blue-Green
Infrastructure
(BGI)
in
lower-middle-income
countries
South
Asian
region,
specifically
India,
Bangladesh,
Sri
Lanka,
Bhutan,
Nepal,
and
Pakistan,
which
produced
77
relevant
publications
after
detailed
scanning
published
between
2013
2022.
It
was
aimed
analyze
variations
BGI's
mentions
different
regions,
identify
BGI
components
found
literature
their
promote
sustainability,
initiatives,
priorities,
knowledge
gaps
for
future
research.
The
review
reveals
significant
differences
distribution
among
countries,
with
majority
articles
focusing
green
spaces
compared
bluescapes
concentrating
topics
like
local
inhabitant's
perception
spaces,
advantages
implementing
nature-based
solutions,
role
infrastructures
minimizing
heat
island
effect,
air
pollution,
etc.
Articles
highlighted
lack
governance
challenges
designing
network.
However,
discussing
holistic
methodology
implement
promoting
sustainability
were
limited.
Gaps
still
exist
determining
appropriate
strategy
scope
identification,
creation,
management,
integrating
it
existing
grey
infrastructure.
Sustainability,
Год журнала:
2025,
Номер
17(6), С. 2545 - 2545
Опубликована: Март 14, 2025
As
cities
grapple
with
rising
temperatures,
the
integration
of
urban
greenery
has
gained
recognition
as
a
viable
solution
to
mitigate
these
effects
and
enhance
outdoor
thermal
conditions.
This
paper
identifies
widely
used
emerging
numerical
models,
highlights
research
gaps,
addresses
key
insights
from
selected
literature.
Grounded
in
PRISMA-based
review,
it
offers
optimize
strategies
for
mitigating
heat
islands
enhancing
livability.
The
study
explores
synergies
trade-offs
between
green
infrastructure
built
environment,
aiming
provide
into
optimizing
elements
sustainable
development.
In
this
research,
mixed-methods
approach
was
adopted
by
combining
systematic
review
bibliometric
using
PRISMA
2020
VOSviewer
1.6.19
48
relevant
studies.
process
led
selection
papers
both
qualitative
synthesis
analysis.
results
indicate
significant
increase
output
last
decades
marked
focus
on
roofs,
parks,
vertical
greening
systems.
Our
findings
an
elaborate
conceptual
framework
that
maps
interrelation
topics.
Also,
existing
gaps
modeling
software
evaluating
cooling
potential
its
impact
comfort
across
diverse
contexts.
recommends
developing
standardized
frameworks
metrics
areas,
well
suggesting
advancing
is
essential
accurately
simulate
complex
interactions
greenery,
microclimates,
forms.
Aligned
with
the
Sustainable
Development
Goals,
nature-based
solutions
such
as
urban
greening
e.g.
public
gardens,
forests,
parks
and
street
trees,
which
aim
to
protect,
sustainably
manage
or
restore
an
ecosystem,
have
emerged
a
promising
tool
for
improving
health
well-being
of
ever-increasing
population.
While
efforts
undeniable
benefits
human
biological
communities
inhabiting
these
green
zones,
disease
vector
populations
may
also
be
affected,
possibly
promoting
greater
pathogen
transmission
emergence
infectious
diseases
dengue,
West
Nile
fever,
malaria,
leishmaniosis
tick-borne
diseases.
Evidence
impact
areas
on
vector-borne
(VBD)
is
scarce.
Furthermore,
because
vast
disparities
between
cities,
variation
in
landscapes
differing
scales
observation,
findings
are
often
contradictory;
this
calls
careful
assessment
how
affects
VBD
risk.
Improved
understanding
effect
VBDs
would
support
planning,
monitoring
management
spaces
cities
mitigate
risks
surrounding
populations.
Advances in public policy and administration (APPA) book series,
Год журнала:
2024,
Номер
unknown, С. 347 - 372
Опубликована: Дек. 5, 2024
This
chapter
explores
the
transformative
role
of
Artificial
Intelligence
(AI)
in
enhancing
design,
implementation,
and
management
Blue-Green
Infrastructure
(BGI),
a
sustainable
urban
planning
approach
that
integrates
natural
engineered
systems
to
address
environmental
challenges.
The
convergence
AI
with
BGI
offers
unprecedented
opportunities
improve
resilience,
optimize
resource
management,
mitigate
impacts
climate
change.
Through
advanced
data
analytics,
predictive
modeling,
real-time
monitoring,
AI-driven
solutions
can
enhance
efficiency
effectiveness
projects.
delves
into
various
applications
BGI,
including
smart
water
flood
prediction
prevention,
heat
island
mitigation,
biodiversity
conservation.
Case
studies
examples
from
global
cities
illustrate
how
is
being
leveraged
create
more
adaptive,
sustainable,
resilient
environments.
also
discusses
challenges
ethical
considerations
associated
integration
emphasizing
need
for
interdisciplinary
collaboration
responsible
deployment
ensure
equitable
long-term
benefits.
