Frontiers in Climate,
Journal Year:
2021,
Volume and Issue:
3
Published: Nov. 19, 2021
Injecting
particles
into
atmosphere
to
reflect
sunlight,
stratospheric
aerosol
injection
(SAI),
represents
a
potential
technological
solution
the
threat
of
climate
change.
But
could
cure
be
worse
than
disease?
Understanding
low
probability,
yet
plausible,
high-impact
cases
is
critical
prudent
risk
management
and
SAI
deliberation.
analyses
such
high
impact
outcomes
are
lacking
in
research.
This
paper
helps
resolve
this
gap
by
investigating
SAI's
contributions
global
catastrophic
risk.
We
split
four
interrelated
dimensions:
1.
Acting
as
direct
through
potentially
unforeseen
ecological
blowback.
2.
Interacting
with
other
globally
hazards
like
nuclear
war.
3.
Exacerbating
systemic
(risks
that
cascade
amplify
across
different
systems);
4.
latent
(risk
dormant
but
can
later
triggered).
The
for
major
environmental
consequences
seems
highly
unlikely
ultimately
unknown.
plausibly
interacts
calamities,
most
notably
exacerbating
impacts
war
or
an
extreme
space
weather
event.
contribute
introducing
stressors
systems
agriculture.
stressors,
risks
cascades
synchronous
failures,
understudied.
deployment
more
tightly
couples
ecological,
economic,
political
systems.
creates
precarious
condition
risk,
largest
cause
concern.
Thicker
masking
warming
create
planetary
Sword
Damocles.
That
is,
if
were
removed
underlying
greenhouse
gas
concentrations
not
reduced,
there
would
very
short
timeframe.
Sufficiently
large
shocks
force
termination
trigger
compounding
disasters
risks.
Across
all
these
dimensions,
specific
deployment,
associated
governance,
critical.
A
well-coordinated
use
small
amount
incur
negligible
risks,
optimistic
scenario.
Conversely,
larger
used
uncoordinated
manner
poses
many
dangers.
cannot
equivocally
determine
whether
will
warming.
For
now,
heavy
reliance
on
imprudent
policy
response.
PLoS ONE,
Journal Year:
2021,
Volume and Issue:
16(6), P. e0251580 - e0251580
Published: June 28, 2021
This
mixed-method
study
examined
the
experiences
of
college
students
during
COVID-19
pandemic
through
surveys,
experience
sampling
data
collected
over
two
academic
quarters
(Spring
2019
n
1
=
253;
Spring
2020
2
147),
and
semi-structured
interviews
with
27
undergraduate
students.
There
were
no
marked
changes
in
mean
levels
depressive
symptoms,
anxiety,
stress,
or
loneliness
between
2020,
course
term.
Students
both
cohort
who
indicated
psychosocial
vulnerability
at
initial
assessment
showed
worse
functioning
throughout
entire
term
relative
to
other
However,
rates
distress
increased
faster
than
for
these
individuals.
Across
individuals,
homogeneity
variance
tests
multi-level
models
revealed
significant
heterogeneity,
suggesting
need
examine
not
just
means
but
variations
individuals’
experiences.
Thematic
analysis
characterizes
varied
experiences,
describing
contexts
students’
challenges
strategies.
highlights
interweaving
distress:
Challenges
such
as
isolation
from
peers,
lack
interactivity
instructors,
difficulty
adjusting
family
needs
had
an
emotional
toll.
Strategies
this
new
context
included
initiating
remote
hangout
sessions
well
self-learning.
In
strategies,
used
technologies
different
ways
purposes
they
previously.
Supporting
qualitative
insight
about
adaptive
responses
quantitative
findings
that
more
problem-focused
forms
coping
reported
fewer
mental
health
symptoms
pandemic,
even
though
perceived
their
stress
severe.
These
underline
interventions
oriented
towards
suggest
opportunities
peer
role
modeling.
Journal of Current Issues & Research in Advertising,
Journal Year:
2021,
Volume and Issue:
42(1), P. 1 - 18
Published: Jan. 2, 2021
While
the
global
coronavirus
pandemic
might
not
have
caused
many
of
changes
we
are
witnessing
in
field
advertising,
it
has
definitely
accelerated
rate
change
areas
our
society
and
field.
In
this
article,
begin
by
outlining
some
significant
that
Covid-19
accelerated.
Using
a
systems
approach
to
advertising
research,
examine
role
environmental
changes,
such
as
current
pandemic,
influencing
trajectory
scholarship.
Then,
argue
when
systems,
economic
or
financial
one,
experience
shocks
epic
proportions,
they
present
researchers
an
applied
like
opportunity
problematize
question
fundamental
aspects
foundations
itself.
We
conclude
making
case
for
paradigm
shift
research
identify
numerous
opportunities
new
lines
inquiry
paradigm.
Environmental Health Insights,
Journal Year:
2022,
Volume and Issue:
16
Published: Jan. 1, 2022
The
COVID-19
pandemic
has
become
the
most
devastating
of
21st
century
since
its
appearance
in
December
2019.
Like
other
RNA
viruses,
continuous
mutation
is
common
for
coronavirus
to
create
several
variants
and
subvariants.
main
reason
behind
this
evolvement
SARS-CoV-2
was
structural
spike
(S)
glycoprotein.
Coronavirus
a
threat
global
public
health
due
high
capability
antibody
neutralizing
capacity.
According
World
Health
Organization
(WHO),
there
are
5
major
concern
(VOC)
Alpha
(B.1.1.7),
Beta
(B.1.351),
Gamma
(P.1),
Delta
(B.1.617.2),
Omicron
(B.1.1.529).
Recently,
different
subvariants
have
gained
worldwide
dominance,
such
as
BA.1,
BA.2,
BA.3,
BA.4,
BA.5.
However,
discernible
drop
symptomatic
sickness
globally
success
numerous
monoclonal
antibodies
vaccinations.
Here
we
also
discussed
currently
dominant
effectiveness
antiviral
agents
vaccines.
Based
on
available
data
our
knowledge,
can
suggest
that
healthcare
organizations
decide
declaration
end
phase
soon;
however,
covid-19
will
continue.
Frontiers in Climate,
Journal Year:
2021,
Volume and Issue:
3
Published: Nov. 19, 2021
Injecting
particles
into
atmosphere
to
reflect
sunlight,
stratospheric
aerosol
injection
(SAI),
represents
a
potential
technological
solution
the
threat
of
climate
change.
But
could
cure
be
worse
than
disease?
Understanding
low
probability,
yet
plausible,
high-impact
cases
is
critical
prudent
risk
management
and
SAI
deliberation.
analyses
such
high
impact
outcomes
are
lacking
in
research.
This
paper
helps
resolve
this
gap
by
investigating
SAI's
contributions
global
catastrophic
risk.
We
split
four
interrelated
dimensions:
1.
Acting
as
direct
through
potentially
unforeseen
ecological
blowback.
2.
Interacting
with
other
globally
hazards
like
nuclear
war.
3.
Exacerbating
systemic
(risks
that
cascade
amplify
across
different
systems);
4.
latent
(risk
dormant
but
can
later
triggered).
The
for
major
environmental
consequences
seems
highly
unlikely
ultimately
unknown.
plausibly
interacts
calamities,
most
notably
exacerbating
impacts
war
or
an
extreme
space
weather
event.
contribute
introducing
stressors
systems
agriculture.
stressors,
risks
cascades
synchronous
failures,
understudied.
deployment
more
tightly
couples
ecological,
economic,
political
systems.
creates
precarious
condition
risk,
largest
cause
concern.
Thicker
masking
warming
create
planetary
Sword
Damocles.
That
is,
if
were
removed
underlying
greenhouse
gas
concentrations
not
reduced,
there
would
very
short
timeframe.
Sufficiently
large
shocks
force
termination
trigger
compounding
disasters
risks.
Across
all
these
dimensions,
specific
deployment,
associated
governance,
critical.
A
well-coordinated
use
small
amount
incur
negligible
risks,
optimistic
scenario.
Conversely,
larger
used
uncoordinated
manner
poses
many
dangers.
cannot
equivocally
determine
whether
will
warming.
For
now,
heavy
reliance
on
imprudent
policy
response.