Renewable Energy,
Journal Year:
2023,
Volume and Issue:
217, P. 119059 - 119059
Published: July 19, 2023
This
research
evaluates
how
energy
(geothermal
and
coal),
economic
complexity,
technological
innovation
impact
the
ecological
footprint
in
newly
industrialized
countries
(NICs),
considering
period
1990–2018.
The
authors
employed
innovation,
as
significant
considerations
instead
of
standard
environmental
parameters.
study
used
cross-sectional
augmented
distributed
lag
(CS-ARDL)
pairwise
Dumitrescu-Hurlin
(DH)
panel
causality
to
consider
dynamic
character
correlation
between
Environment
activities.
outcomes
CS-ARDL
showed
that
growth
coal
intensify
both
long
short
run.
However,
results
revealed
geothermal
consumption,
lessen
NICs
Finally,
DH
a
unidirectional
from
geothermal,
use
footprint.
demonstrates
all
exogenous
variables
have
predicted
power
on
footprints
NICs.
Based
these
findings,
policy
measures
diversify
products
potential
tackle
problems.
Frontiers in Environmental Science,
Journal Year:
2022,
Volume and Issue:
10
Published: Oct. 19, 2022
Brazil’s
ability
to
provide
safe
and
dependable
resources
that
can
assist
the
nation
achieve
its
goal
of
becoming
carbon
neutral
by
2060
will
have
a
significant
impact
on
nation’s
sustainable
development.
Therefore,
this
study
performs
ARDL
frequency
domain
causality
tests
evaluate
effect
disintegrated
energy,
technological
innovation
economic
growth
load
capacity
factor
in
South
Africa
between
1990
2018.
The
bounds
test
affirms
long-run
interrelationship
selected
indicators
Africa.
elasticities
show
expansion
nonrenewable
energy
deteriorate
ecological
quality,
while
green
significantly
boost
quality.
results
long-term,
renewable
growth,
Granger
cause
suggesting
regressors
forecast
environmental
quality
Overall,
these
demonstrate
significance
fight
against
deterioration.
According
aforementioned
findings,
Africa’s
damage
may
be
greatly
reduced
energy.
