Journal of Cleaner Production,
Journal Year:
2024,
Volume and Issue:
472, P. 143510 - 143510
Published: Aug. 29, 2024
We
investigate
the
dynamic
effect
of
external
conflict
risk
on
environmental
transition
by
considering
impacts
eco-innovation,
economic
growth,
and
energy
consumption
in
a
panel
comprising
26
European
countries
from
2011
to
2020.Using
non-parametric
model
represented
QARDL,
we
find
that
short
run,
1%
increase
statistically
leads
0.25%
0.13%
likelihood
for
median
extreme
upper
quantiles
(50th
95th
percentiles),
respectively.However,
same
holds
little
importance
when
lower
quantile
(5th
percentile).The
indicated
substantially
decreases
long
reaching
zero
across
different
quantiles.We
also
note
discrepancies
impact
various
levels.For
instance,
population
is
significant
5th
90th
quintiles.Overall,
our
findings
suggest
enhancing
eco-innovation
helps
reduce
risk.The
results
are
relevant
development
policies
provide
valuable
insights
officials,
technology
stakeholders,
policymakers
their
attempts
strengthen
resilience
during
an
transition.
Advances in environmental engineering and green technologies book series,
Journal Year:
2025,
Volume and Issue:
unknown, P. 35 - 62
Published: Feb. 21, 2025
An
efficient
substitute
for
conventional
fossil
fuels,
renewable
energy
lowers
dependency
on
imports
from
particular
nations,
lowering
geopolitical
risks
and
guaranteeing
national
security.
The
growth
application
of
have
a
significant
impact
the
environment
structure
consumption
worldwide.
With
comparative
examination
against
other
Group
Seven
(G7)
member
countries,
multivariate
regression
model
was
created
empirical
analysis,
with
primary
focus
United
States
Kingdom.
robustness
further
confirmed
by
subsequent
studies.
This
study
also
investigates
moderating
factor
in
connection
between
geopolitics
energy.
Finally,
to
examine
dynamic
interactions
associated
factors,
vector
auto
built.
Journal of Cleaner Production,
Journal Year:
2024,
Volume and Issue:
472, P. 143510 - 143510
Published: Aug. 29, 2024
We
investigate
the
dynamic
effect
of
external
conflict
risk
on
environmental
transition
by
considering
impacts
eco-innovation,
economic
growth,
and
energy
consumption
in
a
panel
comprising
26
European
countries
from
2011
to
2020.Using
non-parametric
model
represented
QARDL,
we
find
that
short
run,
1%
increase
statistically
leads
0.25%
0.13%
likelihood
for
median
extreme
upper
quantiles
(50th
95th
percentiles),
respectively.However,
same
holds
little
importance
when
lower
quantile
(5th
percentile).The
indicated
substantially
decreases
long
reaching
zero
across
different
quantiles.We
also
note
discrepancies
impact
various
levels.For
instance,
population
is
significant
5th
90th
quintiles.Overall,
our
findings
suggest
enhancing
eco-innovation
helps
reduce
risk.The
results
are
relevant
development
policies
provide
valuable
insights
officials,
technology
stakeholders,
policymakers
their
attempts
strengthen
resilience
during
an
transition.
