Remote Sensing,
Journal Year:
2023,
Volume and Issue:
15(4), P. 1061 - 1061
Published: Feb. 15, 2023
Changes
in
climate
and
rapid
urbanization
have
aggravated
the
urban
heat
island
effect,
a
reasonable
means
to
reduce
temperature
increases
surface
thermal
environment
is
urgently
needed.
We
integrated
research
perspectives
of
patch
network,
taking
Yinchuan
metropolitan
region
as
area,
reduced
through
rational
allocation
ecological
land.
For
patch,
correlation
analysis
linear
regression
were
used
study
impact
landscape
composition
spatial
configuration
on
environment.
source
patches
determined
based
morphological
pattern
(MSPA)
method,
resistance
was
calculated
minimum
cumulative
model,
pinch
points
corridors
that
prevented
from
circulating
circuit
theory.
Finally,
land
with
cooling
effect
deployed
at
point
prevent
spreading
thus
connect
larger
networks,
regional
estimated.
The
results
follows:
(1)
fitting
precision
factors
order
area
ratio
>
shape
index
fragmentation
index.
When
greater
than
61%,
simple,
degree
low,
most
obvious.
(2)
Then,
34
corridors,
44
points,
54
grids
identified
for
deployment.
(3)
After
deployment
land,
simulated
between
0.04
6.02
°C,
an
average
decline
2.16
°C.
This
case
offers
approaches
mitigating
improving
sustainable
development
cities
(regions),
it
serves
reference
environmental
quality
arid
semiarid
areas.
Ecological Indicators,
Journal Year:
2023,
Volume and Issue:
154, P. 110887 - 110887
Published: Aug. 29, 2023
Many
studies
on
mitigation
of
the
surface
urban
heat
island
(SUHI)
are
conducted
from
perspective
landscape
patch
allocation,
and
few
have
investigated
overall
impact
network
connectivity
SUHI.
In
this
study,
an
ecological
framework
is
proposed
to
identify
key
patches
cooling
corridors.
Based
temperature
inversion
data,
morphological
spatial
pattern
analysis
(MSPA)
indexes
used
cold
with
high
value
which
construct
network.
The
innovative
patch-generating
land
use
simulation
(PLUS)
model
introduced
a
resistance
surface,
Circuit
theory
(CT)
connect
islands
in
results
show
that
1999
2019,
(LST)
increased
significantly
city
Haikou,
extreme
LST
became
more
significant,
area
highest
temperatures
showed
southward
trend.
between
declined,
Loop,
Bridge
Branch
areas
increased.
latter
scenario
conducive
construction
cover
index
had
great
influence
SUHI,
presented
distribution
values
northwest
low
southeast,
consistent
LST.
Finally,
we
extracted
resultant
cold-heat
network,
was
mainly
concentrated
along
southern
edge
study
area,
found
corridor
faced
fewer
obstacles
2019
than
1999.
This
can
guide
planners
reinforce
parts
networks
will
mitigate
effect.