Forests,
Journal Year:
2023,
Volume and Issue:
14(12), P. 2463 - 2463
Published: Dec. 18, 2023
The
recuperation
factors
(negative
air
ion
concentration,
airborne
particulate
matter,
human
comfort
index,
and
acoustic
environment
index)
of
coastal
green
spaces
have
significant
health
effects.
Most
current
studies
focus
on
the
distribution
pattern
single
in
forest
environment;
however,
comprehensive
effects
are
still
unknown.
To
address
this,
we
analyzed
patterns
different
landscape
configurations,
compositions,
distances
by
principal
component
analysis
systematic
clustering.
results
show
that:
(1)
coniferous
broadleaf
mixed
forests
exhibit
higher
integrated
benefits
than
other
compositions;
(2)
closed
partially
configurations
enhanced
potential
for
promoting
as
opposed
to
open
spaces;
(3)
a
distance
150–300
m
offers
strongest
benefits.
These
findings
collectively
suggest
that
increased
cultivation
species
at
could
effectively
provide
Our
study
complements
ecosystem
service
areas,
especially
ecological
services,
providing
support
rehabilitation
planning;
can
help
guide
tourists
scheduling
activities
scientifically.
Sustainability,
Journal Year:
2025,
Volume and Issue:
17(7), P. 3026 - 3026
Published: March 28, 2025
Ribbon
waterfront
parks
in
hot
summer
and
cold
winter
regions
play
a
crucial
role
microclimate
regulation
thermal
comfort
enhancement
due
to
the
combined
effects
of
water
bodies
vegetation.
This
study
focuses
on
ribbon
Hefei.
investigates
influence
park
environmental
factors
(e.g.,
plant
community
characteristics,
spatial
configuration
bodies,
plaza
layouts)
environment
through
field
measurements
ENVI-met
numerical
simulations.
Based
studies
literature
review,
five
were
selected
as
test
variables:
body
direction
(S),
tree
planting
density
arrangement
(A),
square
distribution
form
(B),
location
(C),
pavement
material
(D).
Using
orthogonal
testing,
64
different
scenarios
under
four
distinct
orientations
designed
simulated
using
(Version
5.6.1),
followed
by
quantitative
analysis
simulation
results.
The
findings
reveal
that
interaction
between
orientation
prevailing
wind
significantly
influences
cooling
efficiency
both
upwind
downwind
regions.
In
addition,
Range
Analysis
(RA),
variance
(ANOVA),
order
magnitude
effect
each
experimental
factor
Universal
Thermal
Climate
Index
(UTCI)
can
be
derived:
(A)
>
(D)
(C)
forms
squares
(B).
Finally,
this
suggests
various
factor-setting
schemes
for
are
tailored
microclimatic
requirements.
It
also
provides
design
recommendations
improve
based
bodies.
Furthermore,
it
offers
specific
references
foundations
planning,
designing,
optimising,
renovating
similar
scales.
Atmosphere,
Journal Year:
2025,
Volume and Issue:
16(4), P. 416 - 416
Published: April 3, 2025
With
more
than
half
of
the
world
already
living
in
urban
spaces—a
number
set
to
increase
coming
decades—the
need
is
clear
understand
microclimates
and
extremes.
This
study
placed
twenty
MX2302a
HOBOmobile
weather
microsensors
aerated
housings
across
~4
km2
campus
University
South
Alabama
from
September
November
2022
recorded
temperature,
relative
humidity,
dewpoint
every
minute
during
period.
These
sensors
were
situ,
which
allowed
for
diversity
land
cover,
canopy
aspect—large
microclimatic
drivers—to
be
captured.
Sensors
compared
a
mesonet
station,
part
Mesonet,
member
National
Mesonet
Program.
During
period,
temperatures
found
vary
as
much
13
°C
at
same
campus,
with
substantial
changes
humidities
dewpoints
also
found.
For
example,
may
have
read
32
°C,
yet
could
low
29
high
42
moment.
shows
that
far
complex
what
seen
mesoscale
under
idealized
conditions,
implications
society
are
considered.
Earth and Space Science,
Journal Year:
2024,
Volume and Issue:
11(3)
Published: March 1, 2024
Abstract
Impacted
by
both
the
large‐scale
climate
change
and
local
hydrometeorological
atmosphere,
spatiotemporal
structure
properties
of
short‐duration
extreme
rainfall
events
in
urban
areas
remain
a
complex
issue.
This
study
explores
pattern
variability
rainstorm
using
an
exceptional
sub‐hourly
gauge
network
Shanghai,
China.
A
catalog
207
“independent”
rainstorms
is
extracted.
The
hierarchical
clustering
method
used
to
examine
spatial
temporal
features
including
duration,
intensity,
coverage
for
each
district
with
different
degrees
urbanization
2014–2018
period.
results
point
pronounced
heterogeneity
heavier
magnitude
north.
In
core
area,
intensive
hit
more
frequently
than
other
districts.
Rainstorms
can
be
divided
into
three
types
from
process:
Type
delayed‐slow,
advanced‐fast,
advanced‐slow.
delayed‐peak
higher
slope
occurs
west
advanced‐peak
along
coastal
line.
type
storm
reverse
trend
intensity
concentrates
June–August
year
16:00–20:00
day.
While
65.6%
storms
only
occur
one
district,
half
appear
without
at
same
time.
These
findings
show
importance
observation‐based
analysis
understanding
provide
reference
design
sub‐regions
areas.
