Ecological Indicators,
Год журнала:
2023,
Номер
158, С. 111424 - 111424
Опубликована: Дек. 16, 2023
The
urban
thermal
environment
is
closely
related
to
the
well-being
of
many
city
dwellers.
Rich
achievements
have
been
obtained
for
canopy
layer
heat
island
(CLUHI)
studies.
Nevertheless,
monitoring
and
associated
factors
CLUHI
not
systematically
timely
reviewed.
Therefore,
this
paper
aimed
solve
issue
some
extent
by
reviewing
fruitful
research
progress
from
above-mentioned
two
aspects.
main
findings
were
as
follows.
(1)
Eight
methods
adopted
obtain
near-surface
temperature
data
research,
including
four
observation,
numerical
modeling,
remote
sensing
assimilation
methods.
(2)
Air
was
usually
used
rather
than
apparent
indices.
Obvious
differences
existed
between
them,
especially
under
humid
hot
or
cold
windy
conditions.
(3)
intensity
generally
defined
in
suburban
rural
stations
regions
population,
land
cover/land
use,
etc,
derived
using
regression
analysis
impervious
surface
percentage.
(4)
diurnal,
monthly,
seasonal
interannual
variation
has
analyzed
various
global
regions.
(5)
Six
types
analyzed,
meteorological
conditions,
air
pollution,
socioeconomic
factors,
underlying
condition,
inland
coastal
type
landform
combined
effects
factors.
(6)
Five
potential
directions
proposed,
improvement
acquisition,
sharing
considering
indices,
focus
on
rarely
studied
regions,
cities
scales,
improving
calculation
intensity,
attention
more
driving
force
This
review
can
provide
references
future
construction
climate-resilient,
livable,
low-carbon
cities.
Sustainability,
Год журнала:
2023,
Номер
15(3), С. 2006 - 2006
Опубликована: Янв. 20, 2023
Global
temperatures
have
continued
to
rise
for
decades,
partly
due
human-caused
greenhouse
gas
emissions
and
subsequent
urban
heat
island
(UHI)
effects.
This
current
research
examines
the
benefits
of
greenery
by
studying
impact
green
roofs
walls
a
building
on
thermal
behavior
transfer
in
warm
humid
climate.
simulation
study
discusses
importance
greening
systems
improving
comfort
minimizing
causes
UHI
assessing
an
integrated
design.
Using
software
DesignBuilder,
significance
systems,
roofs,
enhancing
reducing
factors
that
contribute
is
investigated.
The
results
are
based
building’s
energy
usage
hot
regions
while
featuring
walls.
indicate
considerable
positive
environment
tropical
climates.
Air
temperature,
radiant
humidity,
solar
gain
decreased
greening.
total
consumption
district
cooling
demand
buildings
with
reduced
10.5%
13%,
respectively.
substantially
improve
air
quality
efficiency.
Thus,
present
study‘s
findings
can
benefit
designers
dwellers
devising
strategies
establishing
spaces
congested
environments
integrating
technologies
into
built
environments.