International Journal of Environmental Research and Public Health,
Journal Year:
2020,
Volume and Issue:
17(11), P. 4047 - 4047
Published: June 5, 2020
The
outbreak
of
coronavirus
disease
2019
(COVID-19),
caused
by
the
virus
SARS-CoV-2,
has
been
rapidly
increasing
in
United
States.
Boroughs
New
York
City,
including
Queens
county,
turn
out
to
be
epicenters
this
infection.
According
data
provided
State
Department
Health,
most
cases
new
COVID-19
infections
City
have
found
county
where
42,023
people
tested
positive,
and
3221
died
as
20
April
2020.
Person-to-person
transmission
travels
were
implicated
initial
spread
outbreaks,
but
factors
related
late
phase
spreading
outbreaks
March
are
still
uncertain.
A
few
previous
studies
explored
links
between
air
pollution
infections,
more
is
needed
understand
effects
short-term
exposures
pollutants
meteorological
on
particularly
U.S.
epicenters.
In
study,
we
focused
ozone
PM2.5,
two
major
which
previously
associated
with
respiratory
viral
infections.
aim
our
regression
modeling
was
explore
associations
among
ozone,
daily
variables
(wind
speed,
temperature,
relative
humidity,
absolute
cloud
percentages,
precipitation
levels),
confirmed
deaths
during
results
from
these
analyses
showed
that
average
maximum
eight-hour
concentration,
percentages
significantly
positively
COVID-19;
none
significant
COVID-19.
findings
indicate
other
can
influence
initiation
disease,
aggravation
mortality
depend
factors.
The Science of The Total Environment,
Journal Year:
2020,
Volume and Issue:
729, P. 139051 - 139051
Published: April 28, 2020
The
coronavirus
disease
2019
(COVID-19)
pandemic
is
the
defining
global
health
crisis
of
our
time
and
greatest
challenge
facing
world.
Meteorological
parameters
are
reportedly
crucial
factors
affecting
respiratory
infectious
epidemics;
however,
effect
meteorological
on
COVID-19
remains
controversial.
This
study
investigated
effects
temperature
relative
humidity
daily
new
cases
deaths
COVID-19,
which
has
useful
implications
for
policymakers
public.
Daily
data
conditions,
were
collected
166
countries
(excluding
China)
as
March
27,
2020.
Log-linear
generalized
additive
model
was
used
to
analyze
with
potential
confounders
controlled
for,
including
wind
speed,
median
age
national
population,
Global
Health
Security
Index,
Human
Development
Index
population
density.
Our
findings
revealed
that
both
negatively
related
deaths.
A
1
°C
increase
in
associated
a
3.08%
(95%
CI:
1.53%,
4.63%)
reduction
1.19%
0.44%,
1.95%)
deaths,
whereas
1%
0.85%
0.51%,
1.19%)
0.51%
0.34%,
0.67%)
results
remained
robust
when
different
lag
structures
sensitivity
analysis
used.
These
provide
preliminary
evidence
may
be
partially
suppressed
increases.
However,
active
measures
must
taken
control
source
infection,
block
transmission
prevent
further
spread
COVID-19.
The Science of The Total Environment,
Journal Year:
2020,
Volume and Issue:
738, P. 139825 - 139825
Published: June 2, 2020
The
novel
coronavirus
disease
(COVID-19)
is
a
highly
pathogenic,
transmittable
and
invasive
pneumococcal
caused
by
Severe
Acute
Respiratory
Syndrome
Coronavirus
2
(SARS-CoV-2),
which
emerged
in
December
2019
January
2020
Wuhan
city,
Hubei
province,
China
fast
spread
later
on
the
middle
of
February
Northern
part
Italy
Europe.
This
study
investigates
correlation
between
degree
accelerated
diffusion
lethality
COVID-19
surface
air
pollution
Milan
metropolitan
area,
Lombardy
region,
Italy.
Daily
average
concentrations
inhalable
particulate
matter
(PM)
two
size
fractions
PM2.5,
PM10
maxima
ground
level
atmospheric
pollutants
together
quality
climate
variables
(daily
temperature,
relative
humidity,
wind
speed,
pressure
field
Planetary
Boundary
Layer-PBL
height)
collected
during
1
January–30
April
were
analyzed.
In
spite
being
considered
primarily
transmitted
indoor
bioaerosols
droplets
infected
surfaces,
or
direct
human-to-human
personal
contacts,
it
seems
that
high
levels
urban
pollution,
weather
specific
conditions
have
significant
impact
increased
rates
confirmed
Total
number,
New
Deaths
cases,
possible
attributed
not
only
to
but
also
outdoor
airborne
distribution.
Our
analysis
demonstrates
strong
influence
daily
averaged
concentrations,
positively
associated
with
temperature
inversely
related
humidity
cases
outbreak
Milan.
Being
pandemic
(SARS-CoV-2)
version,
might
be
ongoing
summer
higher
temperatures
low
levels.
Presently
clear
if
this
protein
"spike"
new
involved
through
attachment
mechanisms
aerosols
infectious
agent
transmission
from
reservoir
susceptible
host
some
agglomerated
areas
like
is.
Modeling Earth Systems and Environment,
Journal Year:
2020,
Volume and Issue:
7(1), P. 623 - 629
Published: Oct. 14, 2020
The
Covid-19
is
a
highly
contagious
disease
which
becomes
serious
global
health
concern.
residents
living
in
areas
with
high
population
density,
such
as
big
or
metropolitan
cities,
have
higher
probability
to
come
into
close
contact
others
and
consequently
any
expected
spread
rapidly
dense
areas.
However,
recently,
after
analyzing
cases
the
USA
researchers
at
Johns
Hopkins
Bloomberg
School
of
Public
Health,
London
school
economics,
IZA—Institute
Labour
Economics
conclude
that
not
linked
density.
Here,
we
investigate
influence
density
on
related
mortality
context
India.
After
detailed
correlation
regression
analysis
infection
rates
due
district
level,
find
moderate
association
between
