Climate,
Год журнала:
2024,
Номер
12(10), С. 154 - 154
Опубликована: Окт. 2, 2024
Nature-based
solutions
have
been
promoted
as
an
effective
strategy
to
address
climate
impacts,
including
urban
temperature
reduction.
In
this
paper,
we
analyze
the
impacts
of
introduction
street
trees
on
(Universal
Thermal
Climate
Index,
UTCI)
for
three
different
dates,
2000,
2023,
and
2050.
A
3D
model
was
developed
in
Rhinoceros
software
a
part
George
Town,
Penang
Island.
Four
sections
streets
were
simulated
after
integration
with
Grasshopper
plug-in,
where
parametric
system
built
measurements
based
simulations
Ladybug
Honeybee
plug-ins.
The
tree
species
used
selected
from
pool
commonly
planted
settings
Malaysia
that
low
medium
sensitivity
impacts.
results
show
maximum
reduction
7
°C
between
2000
2050,
achieved
NW–SE
orientation
rows
trees.
minimum
UTCI
3
°C,
2023
one
row.
two
SW–NE
showed
5
Both
only
row
but
sizes,
bigger
reducing
slightly
larger
area.
importance
introducing
safeguarding
reduce
temperatures
country,
potentially
keeping
below
life-threatening
levels,
thereby
health,
while
also
costs
energy
consumption.
Solar
orientation,
number
rows,
their
distribution
impact
outcomes.
findings
provide
useful
guidance
climate-conscious
planning
practices
Malaysia.
Frontiers in Ecology and Evolution,
Год журнала:
2024,
Номер
12
Опубликована: Авг. 1, 2024
Urban
green
infrastructure
(UGI)
is
pivotal
in
reconciling
biodiversity
conservation
with
sustainable
urban
development
through
adaptive
management
approaches.
This
paper
introduces
a
comprehensive
conceptual
framework
integrating
ecological
principles,
planning
strategies,
and
methodologies
to
nurture
resilient
biodiverse
landscapes.
The
essence
of
UGI
lies
its
capacity
bolster
connectivity,
restore
ecosystem
functions,
provide
habitats
for
diverse
flora
fauna
within
settings.
Fundamental
principles
governing
design
underscore
multifunctionality,
diversity,
accessibility,
emphasizing
the
importance
marked
by
iterative
participatory
nature.
Despite
challenges
posed
urbanization,
such
as
habitat
loss,
pollution,
climate
change,
interventions
offer
promising
avenues
enhancing
quality,
resilience.
Global
case
studies
demonstrate
effectiveness
conservation,
leveraging
initiatives
like
roofs,
forests,
community
gardens.
significantly
contributes
offering
services
across
various
domains.
Adaptive
critical
effective
implementation,
ensuring
flexibility
amidst
evolving
environmental
conditions.
However,
encounters
hurdles,
including
funding
constraints,
institutional
fragmentation,
equity
issues.
Addressing
these
necessitates
innovative
financing
mechanisms,
involvement,
policy
innovations.
presents
transformative
pathway
towards
fostering
resilient,
biodiverse,
landscapes,
imperative
cities
thrive
21st
century.
Abstract
Nature-Based
Solutions
concepts
and
practices
are
being
used
worldwide
as
part
of
attempts
to
address
societal
challenges
but
have
also
been
criticised
for
not
dealing
with
deeper
transformations
needed
face
urgent
issues
including
biodiversity
loss,
climate
change
inclusion.
In
this
paper,
we
explore
how
an
inclusive,
integrated
long-sighted
approach,
emphasising
a
more
radical
integration
nature
within
cities,
might
support
the
endure
major
contemporary
challenges.
Addressing
important
emerging
critiques
Solutions,
consider
potential
incisive
form
Thinking
(NBT)
in
based
on
holistic
perspectives.
The
paper
draws
reflective
iterative
research
process
that
engaged
both
practice
communities
through
symposium
series
futures
workshops
together
explored
NBT
develop
future
nature-cities
relations
Europe
Latin
America.
results
suggest
notions
people
—not
people—
new
organisational
structures,
intention
capacity
apply
long-term
perspectives,
when
planning
NBS
interventions
aimed
at
sustainable
urban
development.
This
includes
developing
cultural-structural
inclusive
understandings
human–nature
relations,
novel
governance
paradigms
allow
cross-sectoral
coordination
engagement
local
stakeholders
beyond
formal
structures.
Sustainability,
Год журнала:
2024,
Номер
16(5), С. 2170 - 2170
Опубликована: Март 5, 2024
Urban
resilience
must
consider
the
ability
of
cities
to
cope
with
effects
climate
change.
Community
awareness
raising
and
sustainable
urban
drainage
systems
(SUDs)
are
often
mentioned
in
literature
as
effective
adaptation
actions
while
success
these
solutions
is
highly
context-dependent
improved
planning
procedures
urgently
needed.
In
this
framework,
URCA!
project
represents
a
good
practice
aiming
strengthen
areas
by
promoting
implementation
SUDs
territorial
planning.
The
main
objective
present
research
deals
role
participation
use
their
uptake
town
land
management
involving
local
communities,
students,
experts,
authorities,
enterprises.
To
end,
adopts
participatory
approach
for
three
case
studies
Italy
selected
under
criterion
maximum
variation
(Brescia,
Genoa,
Matera).
For
studies,
approaches
at
different
stages
development
thus
requiring
appropriate
ways
interacting
resulting
impacts
on
decisions.
Preliminary
results,
drivers,
barriers
application
discussed
compared
order
bring
innovation
into
practices,
stimulating
revision
typical
governance
mechanisms.
Heliyon,
Год журнала:
2024,
Номер
10(6), С. e28191 - e28191
Опубликована: Март 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
ACS ES&T Water,
Год журнала:
2024,
Номер
4(9), С. 3713 - 3724
Опубликована: Авг. 15, 2024
In
the
face
of
escalating
climate
change
impacts,
Southeast
Asia
is
witnessing
a
growing
urgency
to
fortify
regional
cities
against
extreme
temperatures
and
exacerbating
effects
El
Niño
events.
This
work
delves
into
role
urban
water
technologies
in
bolstering
heat-resilient
infrastructure
across
region.
also
assesses
that
can
contribute
development
areas.
involves
examining
innovative
approaches
help
mitigate
impacts
on
enhance
its
resilience
change.
They
include
green
infrastructure,
decentralized
systems,
advanced
cooling
have
potential
improve
heat
stress
temperatures.
Through
empirical
studies,
this
study
underscores
imperative
for
proactive
measures
The
implications
offer
practical
insights
policymakers,
planners,
stakeholders
bolster
region,
emphasizing
mitigating
risks
enhancing
adaptive
capacity.
By
integrating
such
as
systems
southeast
region
not
only
heat-related
but
foster
sustainable
pathways.
Rampant
urbanization
and
undervaluing
of
the
natural
ecosystem
have
detrimental
impacts
on
urban
spaces
–
increased
flooding
risk,
air
water
pollution,
stress,
resource
inefficiency,
loss
biodiversity,
risk
ill
health.
Climate
change
further
exacerbates
adverse
urbanization.
Despite
importance
ecosystem,
blue
green
cities
in
India
drastically
decreased.
The
present
study
highlights
degrading
negative
impacts,
need
for
resilience
Indian
cities.
Eco-centric
approaches
like
nature-based
solutions
(NBS)
are
closely
related
to
sustainability
resilience,
offering
a
more
efficient
cost-effective
approach
development
than
traditional
approaches.
paper
explores
concept
NBS,
focusing
services
as
‘living’
‘adaptable’
tool
make
resilient
sustainable
with
many
regional
implementations.
It
also
focuses
role
NBS
achieving
United
Nations’
Sustainable
Development
Goals
(SDGs).
critically
analyses
five
notable
projects
from
different
countries
(USA,
Canada,
Netherlands,
China,
Australia)
addresses
viabilities
intervention
is
observed
that
successful
adaptation
necessitates
eco-centric
policies,
collaborative
research,
adaptive
management
practices,
community
engagement,
strong
emphasis
multi-benefit
approach.
A
proactive
focus
strongly
recommended
cities,
which
includes
raising
an
understanding
value
nature,
introducing
at
planning
stage,
encouraging
investment
ecosystem-based
Sustainability,
Год журнала:
2025,
Номер
17(3), С. 1131 - 1131
Опубликована: Янв. 30, 2025
The
increasing
pressure
on
urban
systems
and
buildings
in
South
Africa
caused
by
rapid
urbanization
climate
change
necessitates
innovative
approaches,
including
Nature-based
Solutions
(NbSs),
to
address
environmental
societal
challenges.
As
such,
this
study
aimed
determine
the
dynamic
role
of
NbSs
shaping
sustainability
Africa’s
built
environment.
Using
a
quantitative
approach,
data
were
collected
via
questionnaire
survey,
which
targeted
environment
professionals.
Data
analysis
involved
reliability
testing,
confirmatory
factor
analysis,
Spearman
rank
order
correlation.
survey
showed
that
green
roofs,
rainwater
harvesting,
cool
roofing
pavements,
as
well
living
walls,
have
received
above-average
attention
country,
while
agricultural
byproducts
from
concrete
construction,
bioswales,
rain
gardens,
algae-based
materials
are
yet
be
explored
delivery
sustainable
areas.
Overall,
deploying
promises
positive
environmental,
societal,
economic
impacts.
findings
emphasize
need
for
stronger
policies
regulations
promote
adoption
underutilized
within
African
Theoretically,
contributes
existing
discourse
development
Africa.
nation
grapples
with
diverse
social
issues,
becomes
timely,
it
provides
crucial
insights
into
how
can
some
these
Journal of Environmental Management,
Год журнала:
2025,
Номер
379, С. 124739 - 124739
Опубликована: Март 9, 2025
Nature-based
Solutions
(NbS)
offer
significant
potential
to
address
climate
change
while
promoting
sustainable
development.
However,
their
long-term
success
is
often
hindered
by
organisational,
financial,
and
knowledge-related
challenges,
with
collaboration
emerging
as
a
critical
yet
complex
factor.
While
facilitates
stakeholder
engagement
enhances
NbS
implementation,
it
also
introduces
barriers,
such
conflicting
interests,
institutional
rigidity,
resource
constraints,
that
can
undermine
project
outcomes.
This
paper
proposes
methodological
framework
potentially
facilitate
collaborative
processes
for
the
implementation
of
NbS.
Departing
from
systematic
analysis
documental
evidence
available
11
projects
within
Horizon
2020
framework,
research
identifies
recurring
challenges
suggests
tools
them.
The
proposed
are
inspired
principles
Service
Design,
multidisciplinary
field
merging
behavioural
sciences,
technology,
design
proven
have
created
both
tangible
intangible
elements
solutions.
utilise
hybrid
perspectives,
combining
traditional
approaches
innovative
instruments,
including
technology
artificial
intelligence
instruments.
findings
highlight
diverse
forms
collaboration,
co-design
co-governance,
driven
involvement
key
stakeholders,
community
members,
policymakers,
NGOs,
academic
institutions.
SD
provide
practical
solutions
overcome
ensuring
equitable
effective
implementation.
study
underscores
importance
integrating
structured,
stakeholder-centered
enhance
impact
Future
should
focus
on
applying
in
practice,
gathering
empirical
refine
adapt
contexts.
Sustainability,
Год журнала:
2025,
Номер
17(7), С. 3237 - 3237
Опубликована: Апрель 5, 2025
Land
use
and
planning
decisions,
such
as
the
designation
of
urban
development
areas,
have
a
significant
impact
on
ecosystem
services
(Ess).
In
planning,
it
is
essential
to
consider
environmental
values
when
determining
zones.
Spatial
analyses
play
crucial
role
in
guiding
decision-making
processes
by
balancing
value
expansion.
This
study
aims
identify
areas
alignment
or
conflict
between
derived
from
settlement
expansion
zones
according
Environmental
Regulation
Plan
Izmir
metropolitan
area.
The
employs
InVEST®
(Integrated
Valuation
Ecosystem
Services
Trade-offs)
model
Geographic
Information
Systems
(GIS)
map
services.
services,
habitat
quality,
carbon
storage
sequestration,
sediment
delivery
ratio,
were
analyzed.
results
demonstrate
trade-off
high
five
largest
with
are
located
near
coast
converted
shrubland
forest
areas.
underscores
importance
identifying
prioritizing
conservation
sites
composite
value.