Human and Ecological Risk Assessment An International Journal,
Journal Year:
2023,
Volume and Issue:
29(3-4), P. 743 - 756
Published: Jan. 30, 2023
The
aims
of
this
study
were
to
i)
assess
the
relationship
between
COVID-19
cases
with
PM10
concentration
and
ii)
investigation
premature
deaths
due
cardiovascular
(M-CVD)
respiratory
(M-RD)
diseases
in
three
classification
levels
(PM10<50µg
m−3
normal
days,
50–200
µg
dusty
>200
MED
storm),
by
using
daily
averages
concentrations.
number
M-CVD
M-RD
estimated
concentration-response
model,
per
105
people
during
2017
2021.
results
showed
that
187,
183,
163,
215,
206
days
observed
concentrations
lower
than
50
2021,
178,
180,
200,
150,
149
subtotal
exceeding
from
WHO
guideline
(50
m−3),
respectively.
A
positive
correlation
(r2=0.33,
p
<
0.05)
was
found
be
mean
(r
=
0.589,
0.046).
Our
findings
highest
among
exposed
at
PM10≤
200
μg
m−3)
2019.
total
2021
11.78
12.2,
18.25
17.4,
22.29
23.78,
10.33
7.6,
10.37
9.95
people,
respectively
which
31.48%
health
effects
related
more
m−3.
Current Opinion in Insect Science,
Journal Year:
2022,
Volume and Issue:
54, P. 100987 - 100987
Published: Oct. 26, 2022
Environmental
pollution
is
one
cause
of
insect
decline
in
the
Anthropocene,
but
underlying
mechanisms
remain
obscure
due
to
a
paucity
pollution-impact
studies
on
insects
that
address
density-dependent
processes.
Long
data
series
(19-26
years)
are
available
only
for
few
species
monitored
around
two
industrial
polluters
north-western
Russia.
A
particularly
exciting
current
finding
determines
relative
strength
rapid
(stabilising)
and
delayed
(destabilising)
density
dependence
operating
herbivore
population.
Most
acute
effects
traditional
pollutants
(e.g.
sulphur
dioxide
trace
elements)
nitrogen
deposition
agricultural
pests,
whereas
realistic
concentrations
ozone,
particulate
matter
emerging
feeding
noncultivated
plants
unknown.
The
accumulated
evidence
remains
insufficient
predict
global
concern
population
dynamics
herbivorous
insects.
International Journal of Environmental Health Research,
Journal Year:
2022,
Volume and Issue:
33(12), P. 1716 - 1727
Published: Sept. 13, 2022
The
aimsof
this
study
were
to
assess
the
spatial
variation
of
PM2.5,
NO2,
and
O3
between
2019
(before)
2020
(during
COVID-19
pandemic);
calculation
health
outcomes
exposure
these
pollutants.
daily
concentrations
applied
effects
by
relative
risk,
baseline
incidence.
annual
PM2.5
NO2
mean
exceeded
WHO
guideline
values,
while
did
not
exceed.
restrictive
measures
associated
led
reduction
at
means
-25.5%
-23.1%,
respectively,
increased
+7.9%.
number
M-CVD
M-RD
(-25.6%,
-26.1%)
related
exposure,
HA-COPD
HA-RD
>65
years
old
(-21%
-3.84%)
reduced
in
2020,
exposure-related
(+30.1%)
(+23.4%)
compared
previous
year
2019.
Dr Sulaiman Al Habib Medical Journal,
Journal Year:
2022,
Volume and Issue:
4(4), P. 182 - 195
Published: Nov. 30, 2022
Abstract
In
this
study,
we
assessed
several
points
related
to
the
incidence
of
COVID-19
between
March
2020
and
2021
in
Petroleum
Hospital
Ahvaz
(Iran)
by
analyzing
data
from
patients
referred
hospital.
We
found
that
57.5%
infected
referrals
were
male,
61.7%
deaths
occurred
subjects
over
65
years
age,
only
2.4%
younger
(<
30
old).
Analysis
showed
mean
PM
10
2.5
concentrations
correlated
(
r
=
0.547,
P
<
0.05,
0.609,
respectively)
positive
chest
CT
scans
0.597,
0.541,
0.05
respectively).
observed
a
high
daily
air
temperature
(30–51
°C)
relative
humidity
(60–97%)
led
significant
reduction
COVID-19.
The
highest
number
obtained
June
for
ranging
38
°C
49
11
15
°C,
respectively.
A
negative
correlation
was
detected
cases
−
0.320,
0.05)
0.384,
0.05).
Ahvaz,
10–28
19–40%
are
suitable
spread
coronavirus.
with
at
lag3
0.42)
lag0
scan
0.56).
For
humidity,
correlations
day
0
(lag0).
During
lockdown
(22
21
April
2020),
(29.6%),
(36.9%)
Air
Quality
Index
(33.3%)
when
compared
previous
month.
pandemic
period
(2020–2021),
annual
(27.3%)
(17.8%)
reduced
2015–2019
period.
Human and Ecological Risk Assessment An International Journal,
Journal Year:
2023,
Volume and Issue:
29(3-4), P. 743 - 756
Published: Jan. 30, 2023
The
aims
of
this
study
were
to
i)
assess
the
relationship
between
COVID-19
cases
with
PM10
concentration
and
ii)
investigation
premature
deaths
due
cardiovascular
(M-CVD)
respiratory
(M-RD)
diseases
in
three
classification
levels
(PM10<50µg
m−3
normal
days,
50–200
µg
dusty
>200
MED
storm),
by
using
daily
averages
concentrations.
number
M-CVD
M-RD
estimated
concentration-response
model,
per
105
people
during
2017
2021.
results
showed
that
187,
183,
163,
215,
206
days
observed
concentrations
lower
than
50
2021,
178,
180,
200,
150,
149
subtotal
exceeding
from
WHO
guideline
(50
m−3),
respectively.
A
positive
correlation
(r2=0.33,
p
<
0.05)
was
found
be
mean
(r
=
0.589,
0.046).
Our
findings
highest
among
exposed
at
PM10≤
200
μg
m−3)
2019.
total
2021
11.78
12.2,
18.25
17.4,
22.29
23.78,
10.33
7.6,
10.37
9.95
people,
respectively
which
31.48%
health
effects
related
more
m−3.
