Frontiers in Public Health,
Год журнала:
2025,
Номер
13
Опубликована: Фев. 10, 2025
Background
Weather
can
independently
affect
the
occurrence
of
respiratory
tract
infections
(RTIs)
in
urban
areas.
Built
environments
cities
could
further
modify
exposure
to
weather
and
consequently
risk
RTIs,
but
their
combined
effects
on
are
not
known.
Objectives
Our
aim
was
synthesize
evidence
influence
RTIs
areas
examine
whether
built
associated
with
both
RTIs.
Methods
A
systematic
search
Scopus,
PubMed,
Web
Science
databases
conducted
9th
August
2022
following
PRISMA
guidelines.
Studies
were
included
review
based
predefined
criteria
by
screening
5,789
articles
reviewing
reference
lists
relevant
studies.
The
quality
studies
assessed
using
AXIS
appraisal
tool,
results
analyzed
narrative
synthesis.
Results
Twenty-one
eligible
focusing
COVID-19
influenza
transmissions,
review.
All
register
ecological
design.
Low
temperature
(11/19
studies)
most
often
increased
RTI.
Humidity
showed
either
negative
(5/14
studies),
positive
(3/14
or
no
(6/14
relation
association
between
wind
solar
radiation
inconclusive.
Population
density
positively
(14/15
studies).
Conclusions
shows
that
low
increases
areas,
where
also
high
population
infection
risk.
study
highlights
need
assess
relationship
environment
characteristics,
weather,
Forests,
Год журнала:
2024,
Номер
15(4), С. 608 - 608
Опубликована: Март 27, 2024
The
development
of
China’s
high-density
urbanisation
process
has
made
people
aware
the
widespread
injustice
in
urban
green
space
(UGS)
as
a
means
to
improving
residents’
well-being.
Chinese
National
Forest
City
(NFCC)
policy
is
one
construction
models
that
aims
develop
greening
and
reduce
inequality
This
study
used
combination
qualitative
research
index
quantification
explore
relationship
between
spatial
distribution
NFCCs
factors
affecting
allocation
their
impacts.
results
show
changes
indicators
NFCC
reflect
national
government’s
decision-making
orientation
towards
achieving
environmental
equity,
main
unequal
are
highly
correlated
with
UGS
resources.
analysed
from
new
perspective
provides
useful
information
for
forest
order
ensure
sufficient
China
elimination
inequity.
Work,
Год журнала:
2025,
Номер
80(1), С. 285 - 294
Опубликована: Янв. 1, 2025
BACKGROUND:
Due
to
the
emergence
of
smartphone
addiction,
as
a
21th
century
phenomenon,
investigating
its
subsequent
negative
effects
is
essential.
OBJECTIVE:
The
present
study
aims
test
predicting
effect
addiction
on
musculoskeletal
discomfort
in
hand/neck
region
well
cognitive
failures.
METHODS:
A
cross-sectional
was
designed
which
533
users
(60.2%
females
and
39.8%
males;
mean
age:
35.9±11.0
years)
participated.
Smartphone
Addiction
Scale
(SAS),
Cognitive
Failures
Questionnaires
(CFQ),
Neck
Disability
Index
(NDI)
Cornell
Hand
Discomfort
Questionnaire
(CHDQ)
were
used
for
data
collection.
Age,
gender
occupational
use
electronic
devices
considered
socio-demographic
factors.
Independent
t
-test,
chi-square,
logistic
regression
analysis.
RESULTS:
overall
prevalence
37.9%
among
Iranian
20–61
years
users.
Addicted
3.3,
2.2,
2.9,
2.8
times
more
likely
develop
right
hand,
left
neck,
failures
than
non-addicted
High
predicted
right-hand
(by
2.6
times)
3.4
times).
Women
significantly
all
studied
outcomes.
Age
did
not
predict
any
CONCLUSIONS:
smartphones
can
lead
sharp
rise
neck
hand
discomfort,
failures,
particularly
working
age
people.
This
concerning
issue
that
requires
effective
preventive
corrective
measures.
Developing
behavioral
approaches
address
this
problem
help
reduce
impact
society.
Transactions in Urban Data Science and Technology,
Год журнала:
2025,
Номер
unknown
Опубликована: Янв. 30, 2025
The
post-pandemic
era
presents
dual
challenges
for
urban
recovery:
overcoming
its
impacts
and
shaping
a
new
socio-economic
pattern.
Promoting
recovery
through
non-pharmaceutical
intervention
is
crucial.
This
study
examines
the
of
built
environment
on
in
Metropolitan
Nagoya
period.
Here
we
find
that
geographical
weighted
random
forest
(GWRF)
model
has
better
performance
central
districts
(kappa
value
67
±
18%)
compared
to
peripheral
areas
Nagoya,
Japan.
balance
jobs
housing
pre-pandemic
emerges
as
crucial
factor
recovery,
especially
low
level
area.
Moreover,
accessibility
secondary
roads
notably
promotes
area,
while
this
also
introduces
risk
lower
levels.
By
integrating
nonlinear
spatial
methodology,
offers
policymakers
insights
into
how
different
can
impact
environmental
sustainability
pandemic
becoming
frequently.
Frontiers in Public Health,
Год журнала:
2025,
Номер
13
Опубликована: Фев. 10, 2025
Background
Weather
can
independently
affect
the
occurrence
of
respiratory
tract
infections
(RTIs)
in
urban
areas.
Built
environments
cities
could
further
modify
exposure
to
weather
and
consequently
risk
RTIs,
but
their
combined
effects
on
are
not
known.
Objectives
Our
aim
was
synthesize
evidence
influence
RTIs
areas
examine
whether
built
associated
with
both
RTIs.
Methods
A
systematic
search
Scopus,
PubMed,
Web
Science
databases
conducted
9th
August
2022
following
PRISMA
guidelines.
Studies
were
included
review
based
predefined
criteria
by
screening
5,789
articles
reviewing
reference
lists
relevant
studies.
The
quality
studies
assessed
using
AXIS
appraisal
tool,
results
analyzed
narrative
synthesis.
Results
Twenty-one
eligible
focusing
COVID-19
influenza
transmissions,
review.
All
register
ecological
design.
Low
temperature
(11/19
studies)
most
often
increased
RTI.
Humidity
showed
either
negative
(5/14
studies),
positive
(3/14
or
no
(6/14
relation
association
between
wind
solar
radiation
inconclusive.
Population
density
positively
(14/15
studies).
Conclusions
shows
that
low
increases
areas,
where
also
high
population
infection
risk.
study
highlights
need
assess
relationship
environment
characteristics,
weather,
