A Comprehensive Approach to Identifying the Supply and Demand of Urban Park Cultural Ecosystem Services in the Megalopolis Area of Shanghai, China
Land,
Journal Year:
2025,
Volume and Issue:
14(3), P. 455 - 455
Published: Feb. 22, 2025
Urban
parks
are
vital
public
spaces
that
provide
cultural
ecosystem
services
(CESs)
enhance
the
well-being
of
city
dwellers.
As
demand
for
CESs
has
greatly
increased,
imbalance
between
CES
supply
and
become
prominent.
Accurately
identifying
whether
meets
supports
urban
park
planning
management.
However,
supply–demand
gap
lies
not
only
in
quantitative
resource
deficits,
but
also
spatial
mismatch
demand.
At
present,
scientific
quantification
methods
comprehensively
consider
both
relationships
remain
inadequate.
To
fill
this
gap,
we
propose
an
integrated
framework
combines
analysis
to
identify
CESs,
using
Shanghai
as
study
area.
The
consists
three
major
steps:
(1)
mapping
parks;
(2)
relationship
by
combining
through
bivariate
with
statistics;
(3)
categorizing
into
four
scenarios
based
on
quantity
balance
matching,
corresponding
proposals.
results
show
136
sub-districts
belong
space
matching
type,
while
79
belonging
imbalanced
quantities
including
41
mismatching
type.
Notably,
15
face
a
situation
where
is
less
than
Our
findings
solid
basis
key
areas
conflict
prioritizing
targeted
interventions.
This
approach
improves
efficiency
provision,
addresses
growing
high-quality
rapidly
urbanizing
regions.
Language: Английский
Quantifying the Effects of Climate Change on the Urban Heat Island Intensity in Luxembourg—Sustainable Adaptation and Mitigation Strategies Through Urban Design
Atmosphere,
Journal Year:
2025,
Volume and Issue:
16(4), P. 462 - 462
Published: April 16, 2025
Rapid
urbanization
and
climate
change
intensify
the
urban
heat
island
effect.
This
study
quantifies
UHI
impact
in
Luxembourg’s
Pro-Sud
region
explores
sustainable
mitigation
strategies.
In
situ
mobile
measurements,
EURO-CORDEX
regional
projections
(RCP4.5),
FITNAH-3D
model
were
used
considering
also
future
building
developments.
The
results
reveal
a
significant
effect,
with
substantial
temperature
thermal
stress
level
differences
between
rural
areas.
Regional
indicate
marked
intensification
under
scenarios.
simulations
show
increased
levels,
especially
densely
built
areas,
highlight
green
infrastructure’s
importance
mitigating
effects.
Recommendations
for
spatial
unit-specific
measures
specifically
vegetation,
unsealing,
optimized
design
planning
are
provided.
Our
research
emphasizes
urgent
need
tailored
planning,
adaptation,
strategies
to
enhance
resilience
address
stress.
Language: Английский